| Code | Type | Description | Procedure |
| AB01 | Analysis | NH4HF2 (ammonium bifluoride) |
1 Pipette exactly 10.00 mL sample from bath 2 Add 2-3 drops phenolphthalein indicator 3 Add 1.0N NaOH drop-by-drop to persistent faint pink 4 Add 0.1N H2SO4 drop-by-drop to just remove pink color 5 Add 40 mL of saturated boric acid 6 Add 40 mL of reagent alcohol 7 Add 8 grams of KCl and mix to dissolve 8 Add 5 drops methyl orange 9 Titrate with A mL of 0.1N H2SO4 to a faint pink A ____ mL x 0.4 = ____ oz/g fluoride A ____ mL x 3.0 = ____ g/L fluoride |
| AB02 | Analysis | Enthone Actane 70 before HNO3 analysis |
1 Pipette exactly 10.00 mL sample from bath 2 Add 2-3 drops phenolphthalein indicator 3 Add 1.0N NaOH drop-by-drop to persistent faint pink 4 Add 0.1N H2SO4 drop-by-drop to just remove pink color 5 Add 40 mL of saturated boric acid 6 Add 40 mL of reagent alcohol 7 Add 8 grams of KCl and mix to dissolve 8 Add ~5 drops methyl orange 9 Titrate with B mL of 0.1N H2SO4 to a faint pink B ____ mL x 0.6 = ____ oz/g Actane 70 B ____ mL x 4.5 = ____ g/L Actane 70 |
| AB03 | Analysis | NH4HF2 after total acid analysis |
After titration for Total Acid (TA03) : 1 Add 1.0N H2SO4 drop-by-drop to remove pink color 2 Add 40 ml of saturated boric acid 3 Add 40 ml methyl or ethyl alcohol 4 Add 8 grams KCl and mix to dissolve 5 Add ~5 drops methyl orange 6 Add B ml 0.1N H2SO4 from yellow to orange B ____ ml x 0.3 = ____ oz/gal NH4HF2 (ammonium biflouride) B ____ ml x 2.25 = ____ g/L NH4HF2 (ammonium biflouride) |
| AC10 | Analysis | Enthone Actane E-10 |
1 Pipette exactly 10.00 mL sample from bath 2 Add ~100 mL DI water 3 Add 3 drops bromocresol green indicator 4 Add A mL 1.0N NaOH to persistent green A ____ mL x 0.403 = ____ %v/v Actane E-10 |
| AC42 | Analysis | Enthone Actane 342 |
1 Pipette exactly 5.00 mL sample from bath 2 Add ~95 mL DI water 3 Add 3 drops phenolphthalein indicator 4 Add A mL 0.1N NaOH to pink A ____ mL x 0.31 = ____ oz/g Actane 342 A ____ mL x 2.33 = ____ g/L Actane 342 |
| AG01 | Analysis | Convert ppm from AA to troz/g Ag | Enter the silver concentration in tr.oz/gal and the titration calculator will show the correct addition of KAg(CN)2. |
| BA01 | Analysis | Boric Acid | 1 Pipette 10.00 mL sample from bath 2 Add about 25 mL DI or distilled water 3 Add 5 grams mannitol 4 Add 2 mL bromocresol purple indicator 5 Titrate with A mL 1.0N NaOH to purple A ____ mL x 0.824 = ____ oz/g H3BO3 A ____ mL x 6.177 = ____ g/L H3BO3 |
| BA02 | Analysis | Boric Acid | 1 Pipette 2.00 mL sample from bath 2 Add 5 mL DI or distilled water 3 Add 5 mL 5% gum-arabic solution 4 Add 1 drop bromothymol blue indicator 5 Add 1 drop bromocresol purple indicator 6 Add 4 drops 1.0N NaOH 7 Add 4 grams mannitol 8 Titrate with A mL 1.0N NaOH to full blue A ____ mL x 0.413 = ____ oz/g H3BO3 A ____ mL x 3.096 = ____ g/L H3BO3 |
| CA01 | Analysis | Chromic Acid | 1 Take 2.7 mL sample from bath 2 Add 50 mL DI water 3 Add 1/2 tsp potassium iodide 4 Add 5mL H2SO4 5 Add 3-5 mL starch indicator solution 6 Add A mL 0.1N Na2S2O3 from BLU to CLR A ____ mL x 0.16 = ____ oz/g chromic acid A ____ mL x 1.2 = ____ g/l chromic acid |
| CD02 | Analysis | Cad Metal | 1 Add 80 mL DI water to 500 mL flask 2 Add 25 mL ammonium chloride buffer (pH 10) 3 Pipette 0.2 mL sample from bath and add to flask 4 Add 0.25 grams Eriochrome Black-T 5 Add 10 mL of 10% formaldehyde 6 Immediately titrate with A mL of 0.115N EDTA to blue A ____ mL x 0.43 = ____ oz/g Cd Metal A ____ mL x 0.494 = ____ oz/g Cd Oxide A ____ mL x 3.2 = ____ g/L Cd Metal A ____ mL x 3.7 = ____ g/L Cd Oxide |
| CE14 | Analysis | Enthone Enprep 14 |
1 Pipette 3.1 mL sample from bath 2 Add 75 mL DI or distilled water 3 Add phenolphthalein indicator to faint pink 4 Titrate with A mL 0.574N H2SO4 to clear 5 Add 3 mL KF (potassium fluoride) 6 Titrate with B mL 0.574N H2SO4 to clear 7 Add 1 drop KF - if pink, repeat step 6 A ____ mL - [0.36 x B ____ mL] = ____ oz/g E14 B ____ mL x 0.24 = ____ oz/g Al B ____ mL x 1.82 = ____ g/L Al 0.574N H2SO4 = 15.9 mL of H2SO4 diluted to 1L |
| CE15 | Analysis | Enthone Enprep 114 |
1 Pipette 10.0 mL sample from bath 2 Add 50 mL DI or distilled water 3 Add 2 mL of sulfo-orange indicator 4 Titrate with A mL 1.0N H2SO4 from orange to yellow A ____ mL x 0.79 = ____ oz/g Enprep 114E A ____ mL x 5.91 = ____ g/L Enprep 114E |
| CE60 | Analysis | Oakite 160 | 1 Pipette 5.00 mL sample from bath and cool 2 Add about 50 mL DI or distilled water 3 Add about 2 drops phenolphthalein 4 Titrate with A mL 1.0N HCl to clear 5 Add 4 drops congo red indicator and swirl 6 Titrate with B mL 1.0N HCl to violet A ____ mL x 1.2 = ____ oz/g Oakite 160 A ____ mL x 9 = ____ g/L Oakite 160 Do not add Oakite 160 until bath is cooled to < 110°F (A-B) / (A+B) = Free Alkali / Total Alkali |
| CF10 | Analysis | Alodine 1000 | 1 Pipette a 5.0 mL sample from bath 2 Add about 95 mL DI water 3 Add 10 mL of 10% KI 4 Add 20 mL of 6M HCl 5 Titrate with A mL .2N Na2S2O3 to red fade. A ____ mL x 0.0286 = ____ %v/v Alodine 1000L A ____ mL x 0.026 = ____ oz/g Alodine 1000L A ____ mL x 0.195 = ____ g/L Alodine 1000L |
| CF12 | Analysis | Alodine 1200S | 1 Pipette a 5.0 mL sample from bath 2 Add about 95 mL DI water 3 Add about 1 gram of KI and dissolve in solution. 4 Place a rubber stopper on the flask. 5 Add at total of 10 mL of 10.2M HCl by dropping 5 mL amounts into the lip of the flask and raising the stopper so the HCl will flow down the neck. 6 Rinse the lip with DI water and replace stopper 7 Titrate with A mL sodium thiosulfate to red fade. DO NOT REZERO THE BURET. 8 Add several mL of 1% starch indicator 9 Continue titration (increasing A mL) with sodium thiosulfate until orange disappears for 1 minute. A ____ mL x 1.2 = ____ oz/g Alodine 1200S A ____ mL x 9.0 = ____ g/L Alodine 1200S |
| CF15 | Analysis | Alodine 1500 | 1 Pipette a 5.0 mL sample from bath 2 Add about 95 mL DI water 3 Add about 1 gram of KI and dissolve in solution. 4 Place a rubber stopper on the flask. 5 Add at total of 10 mL of 10.2M HCl by dropping 5 mL amounts into the lip of the flask and raising the stopper so the HCl will flow down the neck. 6 Rinse the lip with DI water and replace stopper 7 Titrate with A mL sodium thiosulfate to red fade. DO NOT REZERO THE BURET. 8 Add several mL of 1% starch indicator 9 Continue titration (increasing A mL) with sodium thiosulfate until orange disappears for 1 minute. A ____ mL x 1.43 = ____ %v Alodine 1500 |
| CF60 | Analysis | Alodine 600 | 1 Pipette a 5.0 mL sample from bath 2 Add about 95 mL DI water 3 Add about 1 gram of KI and dissolve in solution. 4 Place a rubber stopper on the flask. 5 Add at total of 10 mL of 10.2M HCl by dropping 5 mL amounts into the lip of the flask and raising the stopper so the HCl will flow down the neck. 6 Rinse the lip with DI water and replace stopper 7 Titrate with A mL sodium thiosulfate to red fade. DO NOT REZERO THE BURET. 8 Add several mL of 1% starch indicator 9 Continue titration (increasing A mL) with sodium thiosulfate until orange disappears for 1 minute. A ____ mL x 2.38 = ____ oz/g Alodine 600 A ____ mL x 17.8 = ____ g/L Alodine 600 |
| CL01 | Analysis | Chloride | 1 Pipette a 25.0 mL sample from bath DO NOT DILUTE 2 Add 20 mL 50% v/v HNO3 (71% w/w 43° Be). 3 Add 3-4 drops 0.1N AgNO3. 4 Titrate with 0.01N mercuric nitrate to non-turbid A ____ mL x 14.22 = ____ ppm Cl+ |
| CN01 | Analysis | Free KCN | 1 Take 5.0 mL sample from bath 2 Add 90 mL DI water 3 Add 5 mL 10% KI (potassium iodide) solution While swirling flask slowly ... 4 Titrate A mL 0.1N AgNO3 to permanent turbid A ____ mL x 0.347 = ____ oz/gal Free KCN |
| CN02 | Analysis | NaCN Enthone Enprep 214 |
1 Take 2.0 mL sample from bath 2 Add about 100 mL of DI water 3 Add 10.0 mL 10% KI (potassium iodide) 4 Titrate A mL of 0.1N AgNO3 to persistent, faint turbidity A ____ mL x 1.32 = ____ oz/g NaCN A ____ mL x 9.88 = ____ g/L NaCN |
| CN03 | Analysis | Free CN | 1 Take 2.0 mL sample from bath 2 Add 50 mL DI water 3 Add 2.0 mL 10% KI (potassium iodide) 4 Titrate with A mL of 0.1N AgNO3 to TURBID A ____ mL x 0.653 = ____ oz/g NaCN A ____ mL x 4.89 = ____ g/L NaCN |
| CN04 | Analysis | Free KCN | 1 Take 10.0 mL sample from bath 2 Add 80 mL DI water 3 Add 20 mL 10% KI (potassium iodide) solution 4 While swirling flask slowly ... Titrate A mL 0.1N AgNO3 to persistent, faint turbidity A ____ mL x 0.1742 = ____ oz/gal Free KCN A ____ mL x 1.3058 = ____ oz/gal Free KCN |
| CS01 | Analysis | Conducting Salts | 1 Measure density of bath in °Be using hydrometer 2 Enter density (°) into A ____ . A ____ ° x 1.67 = ____ oz/gal Conducting Salts |
| CS02 | Analysis | Technic CSaltG for E-94 |
1 Measure density of bath in °Be using hydrometer 2 Enter density (°) into A ____ . Add 1.6 oz/gal (.1lb/gal) of CSaltG to raise density by 1°Be |
| CS03 | Analysis | Technic 414CS for ACR414 |
1 Measure density of bath in °Be using hydrometer 2 Enter density (°) into A ____ . Add 1.6 oz/gal (.1lb/gal) of 414CS to raise density by 1°Be |
| CU01 | Analysis | CuSO4 in Acid Copper | 1 Pipette exactly 5.00 mL sample from bath 2 Add 20 mL DI or distilled water and mix 3 Add 20 mL of 15% potassium iodide and mix 4 Titrate with 0.1N sodium thiosulfate until brown begins to fade 5 Add 5 mL of starch indicator (5g starch in 5mL DI water) 6 Continue titration until blue disappears for 1 minute. A ____ mL x 0.67 = ____ oz/g CuSO4-5H2O A ____ mL x 5.0 = ____ g/L CuSO4-5H2O |
| CU02 | Analysis | CuSO4 in Acid Copper | 1 Pipette a 2 mI sample into a 250 mL volumetric flask. 2 Add 50 mL of DI water and mix. 3 Add 1 gram of ammonium bifluoride and mix to dissolve. 4 Add 10 mL of 15% potassium iodide and mix. 5 Titrate with 0.1N sodium thiosulfate until BRN begins to fade. 6 Add 5 mL of starch indicator (0.5g starch in 1% zinc chloride solution) 7 Continue titration until blue disappears for one minute. A ____ mL x 1.67 = ____ oz/g CuSO4-5H2O A ____ mL x 12.52 = ____ g/L CuSO4-5H2O |
| CU03 | Analysis | CuSO4 in LeaRonal Copper Gleam | 1 Pipette a 5.00 mI sample into a 250 mL volumetric flask. 2 Add 100 mL of DI water and mix. 3 Add 0.5 gram of ammonium bifluoride and mix to dissolve. 4 Add 20 mL of 10% potassium iodide and mix. 5 Titrate with 0.1N sodium thiosulfate until BRN begins to fade. 6 Add 3 mL of starch indicator (0.5 starch in 1% zinc chloride solution) 7 Continue titration until BLU disappears for 30 secs. A ____ mL x 0.67 = ____ oz/g CuSO4-5H2O A ____ mL x 5.0 = ____ g/L CuSO4-5H2O |
| CU04 | Analysis | Convert ppm from AA to oz/g Ag | Enter the copper concentration in oz/gal and the titration calculator will show the correct addition of CuCN or K2Cu(CN)3. |
| CU05 | Analysis | Copper as Impurity in Enthone Entek ME-1020 |
1 Pipette 5.00 mL sample from bath into 250 mL flask 2 Add 50 mL of NaH2PO2-H2O solution (400g/L) 3 Add 50 mL of pH 5.5 buffer solution 3 Add pinch of Xylenol Orange indicator 4 Titrate A mL of 0.0575M EDTA from purple to gray-green A ____ mL x 0.098 = ____ oz/g Cu as impurity A ____ mL x 0.73 = ____ g/L Cu as impurity |
| DX01 | Analysis | Sanchem 1000 | Sanchem 1000: 1 Pipette 1.00 mL sample from bath 2 Add 100 mL DI or distilled water 3 Add 0.5 mL H2SO4 (95% by weight) 4 Add 4.00 grams potassium iodide 5 Let solution stand for 20 minutes 6 Titrate with A mL of 0.1N Na2S2O3 to clear A ____ mL x 0.33 = ____ oz/gal Sanchem 1000 |
| DX02 | Analysis | Oakite Deox LNC | 1 Pipette a 10.0 mI sample into a volumetric flask. 2 Add 90 mL of DI water and mix. 3 Add 10 mL of 10% potassium fluoride and mix. 4 Add 5 drops of phenolphthalein indicator. 5 Titrate with 1.0N NaOH from clear to pink. A ____ mL x 2.4 = ____ %v/v Deox LNC |
| EC90 | Analysis | Oakite 90 | Do not add Oakite 90 until bath is cooled to < 110°F 1 Pipette 5.00 mL sample from bath and cool 2 Add about 50 mL DI or distilled water 3 Add 2 drops phenolphthalein 4 Titrate with A mL 1.0N HCl to clear 5 Add 4 drops congo red indicator and swirl 6 Titrate with B mL 1.0N HCl to violet A ____ mL x 1.7 = ____ oz/g Oakite 90 A ____ mL x 12.7 = ____ oz/g Oakite 90 (A-B) / (A+B) = Free Alkali / Total Alkali |
| EN01 | Analysis | Nickel - ENi MetalChem MacDermid Enthone Fidelity |
1 Pipette 1.00 mL sample from bath and cool 2 Add about 50 mL DI or distilled water 3 Add 10 mL concentrated ammonium hydroxide 4 Add pinch of murexide indicator to pale straw color 5 Titrate with A mL of 0.1M EDTA to purple A ____ mL x 0.78 = ____ oz/g Ni metal A ____ mL x 5.85 = ____ g/L Ni metal murexide indicator is 1g murexide mixed with 100g NaCl |
| EN02 | Analysis | Nickel - ENi MetalChem MacDermid Enthone Fidelity |
1 Pipette 5.00 mL sample from bath and cool 2 Add about 75 mL of DI or distilled water 3 Add 10 mL concentrated ammonium hydroxide 4 Add pinch of murexide indicator to pale straw color 5 Titrate with A mL of 0.0575M EDTA to purple A ____ mL x 0.090 = ____ oz/g Ni metal A ____ mL x 0.675 = ____ g/L Ni metal Murexide indicator: grind 0.2g of murexide and 100g AR NaCl EDTA solution: Add 21.4g EDTANa2*2H2O to 1L DI water |
| EN03 | Analysis | Nickel - ENi MetalChem MacDermid Enthone Fidelity |
1 Pipette 10.00 mL sample from bath and cool 2 Add about 90 mL DI or distilled water 3 Add 10 mL concentrated ammonium hydroxide 4 Add pinch of murexide indicator to pale straw color 5 Titrate with A mL of 0.1M EDTA to purple A ____ mL x 0.078 = ____ oz/g Ni metal A ____ mL x 0.587 = ____ g/L Ni metal Murexide indicator: grind 0.2g of murexide and 100g AR NaCl |
| EN04 | Analysis | Nickel - ENi MetalChem MacDermid Enthone Fidelity |
1 Pipette 10.00 mL sample from bath and cool 2 Add about 90 mL DI or distilled water 3 Add 10.00 mL concentrated ammonium hydroxide 4 Add pinch of murexide indicator to pale straw color 5 Titrate with A mL of 0.0575M EDTA to purple A ____ mL x 0.045 = ____ oz/g Ni metal A ____ mL x 0.338 = ____ g/L Ni metal Murexide indicator: grind 0.2g of murexide and 100g AR NaCl |
| EN05 | Analysis | Atotech 5100 & 2500 |
1 Pipette 5.00 mL sample from bath 2 Add 75 mL of DI water 3 Add 10 mL of ammonia solution 4 Add 1 murexide indicator tablet 5 Titrate with A mL of 0.1M EDTA to purple A ____ mL x 0.1565 = ____ % oz/g NiMetal A ____ mL x 1.174 = ____ % g/L NiMetal |
| FS51 | Analysis | BDT510 | Free Conducting Salts: 1 Take 2.00 mL sample from bath 2 Add 25 mL 0.1N I2 (iodine) 3 Let solution stand for 1 minute 4 Add starch to clear end point 5 Titrate with B mL 0.1N Na2S2O3 to straw [25 - B ____ mL] - [Au(oz/g) x 5] = ____ g/l FrSalts |
| HC01 | Analysis | HCl 15% | 1 Pipette 10.00 mL sample from bath into 200 mL flask 2 Add about 100 mL of DI or distilled water 3 Add methyl orange to make solution faint pink 4 Titrate with A mL of 1.0N NaOH to orange A ____ mL x 0.858 = ____ % v/v of HCl A ____ mL x 0.488 = ____ oz/g of HCl A ____ mL x 3.657 = ____ g/L HCl %v/v analysis assumes 36% w/w HCl (22.5° Be) |
| HC02 | Analysis | HCl 25% | 1 Pipette 5.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add methyl orange to make solution faint pink 4 Titrate with A mL of 1.0N NaOH to orange A ____ mL x 1.717 = ____ % v/v of HCl A ____ mL x 0.976 = ____ oz/g of HCl A ____ mL x 7.313 = ____ g/L HCl %v/v analysis assumes 36% w/w HCl (22.5° Be) |
| HC03 | Analysis | HCl 40% | 1 Pipette 3.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add methyl orange to make solution faint pink 4 Titrate with A mL of 1.0N NaOH to orange A ____ mL x 2.861 = ____ % v/v of HCl A ____ mL x 1.627 = ____ oz/g of HCl A ____ mL x 12.19 = ____ g/L HCl %v/v analysis assumes 36% w/w HCl (22.5° Be) |
| HF01 | Analysis | HF in Acid | Use plastic pipette tip and 200 mL plastic beaker. 1 Add about 75 mL of DI or distilled water to beaker 2 Pipette exactly 5.00 mL sample from bath into beaker 3 Add 3 drops of phenolphthalien - solution should be clear 4 Titrate with A mL of 1.0N NaOH to persistent pink A ____ mL x 1.206 = ____ % v/v of HF A ____ mL x 6.667 = ____ g/L HF A ____ mL x 0.889 = ____ oz/g of HF %v/v analysis assumes 48% w/w HF (19° Be) |
| HF02 | Analysis | HF 25% | Use plastic pipette tip and 200 mL plastic beaker. 1 Add about 50 mL of DI or distilled water to beaker 2 Pipette exactly 3.00 mL sample from bath into beaker 3 Add 3 drops of phenolphthalien - solution should be clear 4 Titrate with A mL of 1.0N NaOH to persistent pink A ____ mL x 1.170 = ____ % v/v of HF A ____ mL x 0.889 = ____ oz/g of HF A ____ mL x 6.667 = ____ g/L HF %v/v analysis assumes 49% w/w HF (19° Be) |
| HF03 | Analysis | HF 40% | Use plastic pipette tip and 200 mL plastic beaker. 1 Add about 50 mL of DI or distilled water to beaker 2 Pipette exactly 2.00 mL sample from bath into beaker 3 Add 3 drops of phenolphthalien - solution should be clear 4 Titrate with A mL of 1.0N NaOH to persistent pink A ____ mL x 1.754 = ____ % v/v of HF A ____ mL x 1.333 = ____ oz/g of HF A ____ mL x 10.00 = ____ g/L HF %v/v analysis assumes 49% w/w HF (19° Be) |
| HY01 | Analysis | Hypo basic MetalChem MacDermid Enthone Fidelity |
Analyze nickel and make adds before analyzing hypo 1 Pipette 5 mL sample from the bath and cool 2 Add 25 mLs of 6N HCl 3 Add 50 mLs of 0.1N iodine 4 Shake, stopper and set in the dark for 45 mins 5 Remove from the dark and quickly ... 6 Add A mL 0.1N Na2S2O3 to clear [50 mL - A ____ mL] x 0.1414 = ____ oz/g hypo [50 mL - A ____ mL] x 1.06 = ____ g/L hypo |
| HY02 | Analysis | Hypo xpand MetalChem MacDermid Enthone Fidelity |
Analyze nickel and make adds before analyzing hypo. 1 Take 5 mL sample from bath into a 250 mL flask and cool 2 Add 40 mL of DI water 3 Add 30 mL of 6.0N HCl (50% v/v) 4 Add 50 mL of 0.1N iodine 5 Stopper the flask, fill the well around the stopper with 50% v/v HCl 6 Set in the dark for 30 mins at 70 °F 7 Remove from the dark and quickly ... 8 Add A mL 0.1N Na2S2O3 (sodium thiosulfate) to clear [50 mL - A __ mL] x 0.1414 = __ oz/g sodium hypophosphite [50 mL - A __ mL] x 1.06 = __ g/L sodium hypophosphite Reagents: (iodine & thiosulfate must be standardized) 1 6N (50%) hydrochloric acid 2 0.1N iodine solution (12.69 g/L I2 & 25 g/L KI) 3 0.1N sodium thiosulfate (24.8 g/L Na2S2O3-5H20) 4 1% starch indicator |
| HY25 | Analysis | Atotech 2500 | Analyze nickel and make adds before analyzing hypo This analysis should not be done until after 1 metal turn For first try, use 50mL of iodine in Step 3, however If colorless after Step 5, repeat with 100mL of iodine 1 Pipette 5 mL sample from the bath and cool 2 Add 25 mLs of 6M HCl 3 Add A mLs of 0.1N iodine 4 Stopper and set in the dark for 60 mins 5 Remove from the dark and quickly ... 6 Add B mL 0.1N Na2S2O3 to clear [A ____ mL - B ____ mL] x 0.37 = ____ floz/g 2500C [A ____ mL - B ____ mL] x 2.86 = ____ mL/L 2500C |
| HY51 | Analysis | Atotech 5100 | Analyze nickel and make adds before analyzing hypo This analysis should not be done until after 1 metal turn For first try, use 50mL of iodine in Step 3, however if colorless after Step 5, repeat with 100mL of iodine 1 Pipette 5 mL sample from the bath and cool 2 Add 25 mLs of 6M HCl 3 Add A mLs of 0.1N iodine 4 Stopper and set in the dark for 60 mins 5 Remove from the dark and quickly ... 6 Add B mL 0.1N Na2S2O3 to clear [A ____ mL - B ____ mL] x 0.306 = ____ floz/g 5100C [A ____ mL - B ____ mL] x 2.37 = ____ mL/L 5100C |
| KC01 | Analysis | K2CO3 | 1 Take 10 mL sample from bath 2 Add 100 mL DI water and warm solution 3 Add 35 mL 10% Ba(NO3)2 to precipitate 4 Filter the precipitate to a beaker 5 Add 100 mL DI water 6 Add 3 drops methyl orange indicator 7 Add A mL 1.0N HCl from orange to pink A ____ mL x 0.92 = ____ oz/gal K2CO3 |
| ME10 | Analysis | Enthone Entek ME-1020 |
1 Determine copper concentration in bath 2 Pipette 5.00 mL sample from bath into 250 mL flask 3 Add 13.3 mL of DI water for each oz/g of copper 4 Add 0.27 mL of EDTA solution for each oz/g of copper 5 Add 2-3 gms KI, stopper flask and mix to dissolve 6 Let solution stand in dark for at least 5 minutes 7 Remove stopper and rinse stopper and sides of flask into the flask with a little DI water 8 Titrate A mL of 0.1N Na2S2O3 from brown to straw 9 Add 5 mL starch solution 10 Continue until solution is clear for at least 30 secs Endpoint must be clear to blue green with NO turbidity. A ____ mL x 0.098 = ____ oz/g ME-1020 A ____ mL x 0.473 = ____ g/L ME-1020 |
| NA01 | Analysis | HNO3 15% | 1 Pipette a 10.00 mL sample from bath into 200 mL flask 2 Add about 100 mL DI water or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL 1.0N NaOH from pink to hint of orange A ____ mL x 0.67 = ____ % v/v HNO3 A ____ mL x 0.84 = ____ oz/g HNO3 A ____ mL x 6.30 = ____ g/L HNO3 % v/v analysis assumes 67% w/w HNO3 (42° Be) |
| NA02 | Analysis | HNO3 25% | 1 Pipette a 5.00 mL sample from bath into 150 mL flask 2 Add about 50 mL DI water or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL 1.0N NaOH from pink to hint of orange A ____ mL x 1.34 = ____ % v/v HNO3 A ____ mL x 1.68 = ____ oz/g HNO3 A ____ mL x 12.6 = ____ g/L HNO3 % v/v analysis assumes 67% w/w HNO3 (42° Be) |
| NA03 | Analysis | HNO3 40% | 1 Pipette a 3.00 mL sample from bath into 150 mL flask 2 Add about 50 mL DI water or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL 1.0N NaOH from pink to hint of orange A ____ mL x 2.23 = ____ % v/v HNO3 A ____ mL x 2.80 = ____ oz/g HNO3 A ____ mL x 21.0 = ____ g/L HNO3 % v/v analysis assumes 67% w/w HNO3 (42° Be) |
| NA04 | Analysis | HNO3 1.5% | 1 Pipette a 10.00 mL sample from bath into 250 mL flask 2 Add about 100 mL DI water or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL 0.5N NaOH from pink to hint of orange A ____ mL x 0.313 = ____ % v/v HNO3 A ____ mL x 0.42 = ____ oz/g HNO3 A ____ mL x 3.15 = ____ g/L HNO3 % v/v analysis assumes 67% w/w HNO3 (42° Be) |
| NA05 | Analysis | HNO3 after Actane70 analysis |
NOTE B ____ mL is from Actane 70 analysis 1 Pipette a 10.00 mL sample from bath into 250 mL flask 2 Add about 100 mL DI water or distilled water 3 Add ~5 drops methyl red 4 Titrate A mL 1.0N NaOH to yellow [A ____ mL - B ____ mL x .0786] x 9.06 = % v/v HNO3 % v/v analysis assumes 55% w/w HNO3 (36° Be) |
| NA06 | Analysis | HNO3 in Passivate Type II |
1 Pipette a 3.00 mL sample from bath into 250 mL flask 2 Add about 100 mL DI water or distilled water 3 Add ~5 drops methyl red 4 Titrate A mL 1.0N NaOH to yellow endpoint A ____ mL x 2.23 = ____ % v/v HNO3 A ____ mL x 2.80 = ____ oz/g HNO3 A ____ mL x 21.0 = ____ g/L HNO3 % v/v analysis assumes 67% w/w HNO3 (42° Be) |
| Ni01 | Analysis | Ni Metal | 1 Pipette 2.00 mL sample from bath 2 Add about 100 mL DI or distilled water 3 Add 20 mL ammonium hydroxide 4 Add 1 microspatula (or a 0.4 mg tablet) murexide 5 Titrate with 0.1M EDTA from pale yellow-green to purple A ____ mL x 0.391 = ____ oz/g Ni metal A ____ mL x 2.934 = ____ g/L Ni metal |
| Ni02 | Analysis | Ni Chloride | 1 Pipette 5.00 mL sample from bath 2 Add 95 mL DI or distilled water 2 Add 1 mL of dichlorofluorescein (2% alcoholic solution) 3 Titrate with 0.1N AgNO3 to a pinkish-tan B ____ mL x 0.319 = ____ oz/g NiCl2-6H2O B ____ mL x 2.39 = ____ g/L NiCl2-6H2O |
| Ni03 | Analysis | Ni Chloride | 1 Pipette 2.00 mL sample from bath 2 Add about 100 mL DI or distilled water 3 Add 3 mL K2CrO4 solution (10 g K2CrO4 in 100 mL DI water) 4 Titrate with 0.1N AgNO3 from yellow-green to reddish-brown B ____ mL x 0.793 = ____ oz/g NiCl2-6H2O B ____ mL x 5.945 = ____ g/L NiCl2-6H2O |
| Ni04 | Analysis | Ni Sulfate | Note: B ____ mL of AgNO3 used in NiCl2-6H2O titration 1 Pipette 2.00 mL sample from bath 2 Add about 100 mL DI or distilled water 3 Add 20 mL ammonium hydroxide 4 Add 1 microspatula (or a 0.4 mg tablet) murexide 5 Titrate with 0.1M EDTA from pale yellow-green to purple [A __ mL - B __ mL x 0.497] x 1.756 = __ oz/g NiSO4)-6H2O [A __ mL - B __ mL x 0.497] x 13.16 = __ g/L NiSO4)-6H2O |
| Ni05 | Analysis | Ni Sulfamate | Note: B ____ mL of AgNO3 used in NiCl2-6H2O titration 1 Pipette 1.00 mL sample from bath 2 Add about 80 mL DI or distilled water 3 Add 10 mL ammonium hydroxide 4 Add 1 microspatula (or a 0.4 mg tablet) murexide 5 Titrate with 0.115M EDTA from pale yellow-green to purple [A __ mL - B __ mL x 0.175] x 1.913 = __ oz/g NiSulf [A __ mL - B __ mL x 0.175] x 14.34 = __ g/L NiSulf |
| OH01 | Analysis | NaOH | 1 Take 10.0 mL sample from bath 2 Add 80 mL DI water 3 Add 10.0 mL of 10% NaCN 4 Add 1 mL Indigo Carmine 5 Titrate with A mL of 1.0N H2SO4 to pH 11.4 A ____ mL x 0.535 = ____ oz/g NaOH |
| OH02 | Analysis | KOH | 1 Take 10.0 mL sample from bath 2 Add 75 mL DI water 3 Add 5 drops phenolphthalein indicator 4 Titrate with A mL of 1.0N H2SO4 from pink to clear A ____ mL x 0.5 = ____ oz/g KOH |
| OH03 | Analysis | KOH | 1 Take 5.0 mL sample from bath 2 Add 25 mL DI water 3 Add 5 mL sulfo-orange indicator 4 Titrate with A mL of 1.0N HCl from orange to yellow A ____ mL x 1.496 = ____ oz/g KOH |
| OH04 | Analysis | NaOH | 1 Take 5.0 mL sample from bath 2 Add 25 mL DI water 3 Add 5 mL sulfo-orange indicator 4 Titrate with A mL of 1.0N HCl from orange to yellow A ____ mL x 1.067 = ____ oz/g NaOH |
| PA01 | Analysis | H3PO4 15% | 1 Pipette 10.00 mL sample from bath into 200 mL flask 2 Add about 100 mL of DI or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL of 1.0N NaOH from pink to orange A ____ mL x 0.678 = ____ % v/v of H2SO4 A ____ mL x 1.307 = ____ oz/g of H2SO4 A ____ mL x 9.797 = ____ g/L H2SO4 %v/v analysis assumes 85% w/w H3PO4 (60° Be) |
| PA02 | Analysis | H3PO4 25% | 1 Pipette 5.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL of 1.0N NaOH from pink to orange A ____ mL x 1.356 = ____ % v/v of H2SO4 A ____ mL x 2.614 = ____ oz/g of H2SO4 A ____ mL x 19.59 = ____ g/L H2SO4 %v/v analysis assumes 85% w/w H3PO4 (60° Be) |
| PA03 | Analysis | H3PO4 40% | 1 Pipette 3.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL of 1.0N NaOH from pink to orange A ____ mL x 2.260 = ____ % v/v of H2SO4 A ____ mL x 4.356 = ____ oz/g of H2SO4 A ____ mL x 32.66 = ____ g/L H2SO4 %v/v analysis assumes 85% w/w H3PO4 (60° Be) |
| RO01 | Analysis | Atotech RODIP OD Chromate |
1 Fill 100mL beaker with 50mL DI water 2 Pipette 2.00 mL sample from bath into beaker 3 Add 15 mL of 11.65M HCl 4 Add 15 mL of 10% KI solution 5 Add 1 mL of 1% starch indicator 6 Titrate with A mL of 0.1N Na2S2O3 to clear A ____ mL x 0.57 = ____ % v/v RODIP Part A |
| SA01 | Analysis | H2SO4 15% | 1 Pipette 5.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate with A mL of 1.0N NaOH from pink to orange A ____ mL x 0.574 = ____ % v/v of H2SO4 A ____ mL x 1.307 = ____ oz/g of H2SO4 A ____ mL x 9.797 = ____ g/L H2SO4 %v/v analysis assumes 93.2% w/w H2SO4 (66° Be) |
| SA02 | Analysis | H2SO4 25% | 1 Pipette 2.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL of 1.0N NaOH from pink to orange A ____ mL x 1.434 = ____ % v/v of H2SO4 A ____ mL x 3.267 = ____ oz/g of H2SO4 A ____ mL x 24.49 = ____ g/L H2SO4 %v/v analysis assumes 93% w/w H2SO4 (66° Be) |
| SA03 | Analysis | H2SO4 40% | 1 Pipette 2.00 mL sample from bath into 150 mL flask 2 Add about 50 mL of DI or distilled water 3 Add just enough methyl orange to make solution faint pink 4 Titrate A mL of 2.0N NaOH from pink to orange A ____ mL x 2.869 = ____ % v/v of H2SO4 A ____ mL x 6.535 = ____ oz/g of H2SO4 A ____ mL x 48.98 = ____ g/L H2SO4 %v/v analysis assumes 93% w/w H2SO4 (66° Be) |
| SA10 | Analysis | H2SO4 | Analyze ME-1020 and use B mL from that titration. 1 Pipette 50 mL sample from bath into 150 mL beaker 2 Add 50 mL DI or distilled water 3 Titrate with A mL 1.0N NaOH to pH of 3.5 [A ___ mL - (B___mL x .296)] x 0.056 = %v/v H2SO4 |
| SC08 | Analysis | Americlene 8 | 1 Pipette 10 mL sample from bath 2 Add 90 mL DI water 3 Add 2 drops methyl orange indicator 4 Add A mL 0.1N HCl to PNK A ____ mL x 1.74 = ____ oz/g Americlene 8 A ____ mL x 13.0 = ____ g/L Americlene 8 |
| SC49 | Analysis | MacDermid Isoprep 49L |
1 Pipette 50.00 mL sample from bath 2 Add ~50 mL DI water 3 Add ~5 drops bromocresol green mixed with methyl red 4 Add A mL 0.1N H2SO4 from blue-green to red-orange A ____ mL x .95 = ____ % v/v Isoprep 49L |
| SC52 | Analysis | Fidelity 3152 | 1 Pipette 50 mL sample from bath 2 Add 50 mL DI water 3 Add 2 drops methyl orange indicator 4 Add A mL 0.1N H2SO4 to PNK A ____ mL x 1.6 = ____ % v/v Fidelity 3152 |
| SC72 | Analysis | MacDermid Isoprep 172 |
1 Pipette 10.00 mL sample from bath 2 Add ~50 mL DI water 3 Add ~3 drops phenolphthalein 4 Add A mL 1.0N H2SO4 from pink to colorless A ____ mL x 1.64 = ____ % v/v Isoprep 172 |
| SC76 | Analysis | Enthone Enprep 576E |
1 Take 10 mL sample from bath 2 Add 70 mL DI water 3 Add 5 drops phenolphthalein indicator 4 Add A mL 1.0N H2SO4 from RED to YEL A ____ mL x 0.981 = ____ oz/g Enprep 576E A ____ mL x 7.35 = ____ g/L Enprep 576E Reagents ... 1 1.0N Sulfuric acid (H2SO4) solution - cautiously, and with stirring add 28 mL of H2SO4, concentrated, AR grade into 500 mL of deionized water in a 1 liter volumetric flask. Cool and dilute to one liter. Standardize against NaOH solution of known concentration. 2 2% Phenolphthalein Solution - dissolve 2 grams phenolphthalein in 100 mL denatured alcohol. |
| SC90 | Analysis | MacDermid Isoprep 190 |
1 Pipette 10.00 mL sample from bath 2 Add ~90 mL DI water 3 Add ~5 drops methyl orange - xylene cyanole 4 Add A mL 1.0N NaOH from purple to green color A ____ mL x 1.7 = ____ oz/g Isoprep 190 A ____ mL x 12.7 = ____ g/L Isoprep 190 |
| SC92 | Analysis | MacDermid Isoprep 192 |
1 Pipette 5.00 mL sample from bath 2 Add 1-2 grams sodium gluconate 3 Add ~45 mL DI water 4 Add ~5 drops phenolphthalein indicator 5 Add A mL 1.0N NaOH to red endpoint A ____ mL x 3.38 = ____ oz/g Isoprep 192 A ____ mL x 25.35 = ____ g/L Isoprep 192 |
| SD01 | Analysis | Sodium Dichromate in Passivate Type II |
1 Pipette 10.00 mL sample from bath 2 Add 175 mL DI water 3 Add 30 mL 50% 22°Be HCl mixed with 30 mL DI water 4 Add 2 grams KI and wait ~2 minutes 5 Titrate with A mL of 0.5M Na2S2O3 6 Add ~5 drops starch indicator - will turn blue-black 7 Continue titration with A mL of 0.5M Na2S2O3 until colorless A ____ mL x 0.33 = ____ oz/g Na2Cr2O7 A ____ mL x 2.483 = ____ g/L Na2Cr2O7 |
| SL01 | Analysis | Clariant Anodal MS-1 Nickel Acetate Seal |
1 Pipette 25.00 mL sample from bath 2 Add 50 mL DI water 3 Add 15 mL concentrated ammonium hydroxide and mix well 4 Add microspatula of murexide indicator 5 Titrate with A mL of 0.1M EDTA to permanent purple color A ____ mL x 0.71 = ____ %v/v Anodal MS-1 |
| TA01 | Analysis | Total Acid H2SO4 H3PO4 |
1 Pipette 10.00 mL sample from bath 2 Add about 75 mL of DI or distilled water 3 Add ~3 drops phenolphthalein - solution should be clear 4 Titrate with A mL of 1.0N NaOH to faint pink A ____ mL x .32 = ____ % v/v Total Acid %v/v analysis assumes 93% w/w H2SO4 (66° Be) %v/v analysis assumes 71% w/w HNO3 (43° Be) %v/v analysis assumes 85% w/w H3PO4 (60° Be) ChemTrak TiType TiA2A computes adds to hold proper ratio |
| TA03 | Analysis | Total Acid HNO3 H2SO4 |
1 Pipette 2.00 mL sample from bath 2 Add about 75 mL of DI or distilled water 3 Add ~3 drops phenolphthalein - solution should be clear 4 Titrate with A mL of 1.0N NaOH to faint pink A ____ mL x 2.29 = ____ % v/v Total Acid %v/v analysis assumes 93% w/w H2SO4 (66° Be) %v/v analysis assumes 71% w/w HNO3 (43° Be) %v/v analysis assumes 85% w/w H3PO4 (60° Be) ChemTrak TiType TiA2A computes adds to hold proper ratio |
| TI02 | Analysis | TinMetal | 1 Take 5.0 mL sample from bath 2 Add 80 mL DI water 3 Add 5 mL 11.65N HCl 4 Add 3-5 mL starch indicator solution 5 Immediately ... Titrate with B mL 0.1N Iodine from clear to blue B ____ mL x 0.16 = ____ oz/g TinMetal B ____ mL x 1.2 = ____ g/L TinMetal B ____ mL x 0.29 = ____ oz/g SnSO4 B ____ mL x 2.17 = ____ g/L SnSO4 |
| TI03 | Analysis | H2SO4 | 1 Pipette a 5.0 mL sample from bath 2 Add 80 mL DI water 3 Add 3 drops Thymolphthalein indicator 4 Titrate with A mL 1.0N NaOH to blue [A __ mL - B __ mL] x .071 = __ oz/g H2SO4 [A __ mL - B __ mL] x 0.535 = __ g/L H2SO4 Note: B __ mL is from Tin Metal analysis |
| TI05 | Analysis | TinMetal | 1 Pipette a 2.0 mL sample from bath 2 Add about 80 mL DI water 3 Add 5 mL 11.65N HCl 4 Add 3-5 mL 1% starch indicator solution Immediately ... 5 Titrate with A mL 0.1N Iodine from clear to blue A ____ mL x 0.398 = ____ oz/g TinMetal A ____ mL x 2.98 = ____ g/L TinMetal A ____ mL x 0.72 = ____ oz/g SnSO4 A ____ mL x 5.39 = ____ g/L SnSO4 |
| TI06 | Analysis | H2SO4 | 1 Pipette 5.00 mL sample from bath into 150 mL flask 2 Add 50 mL of 4% solution ammonium oxalate 3 Add 5 drops of methyl red indicator 4 Titrate A mL of 1.0N NaOH from red to yellow A ____ mL x 0.53 = ____ % v/v of H2SO4 A ____ mL x 0.716 = ____ oz/g of H2SO4 A ____ mL x 5.36 = ____ g/L H2SO4 %v/v analysis assumes 93% w/w H2SO4 (66° Be) |
| XN86 | Analysis | Enthone Enstrip EN-86 |
Caution - tank must be at ambient before adding NaOH !! 1 Adjust pH of operating solution to 12.0-12.4 Use 50% NaOH solution or powder to increase pH. Standadize pH electrode with buffers at pH 7.0 and 10.0. 2 Take 100 mL sample from pH-adjusted bath and filter solution to remove particulate matter. 3 Pipette a 5 mL sample from the filtered solution. 4 Add 100 mL of DI water and magnetic stir bar. 5 Place beaker on magnetic stirrer at medium speed. 6 Titrate with B mL of 0.5N H2SO4 to pH 11.4 7 Titrate with A mL of 0.5N H2SO4 to pH 4.0 [A ___ mL – B ___ mL] x 0.885 = ___% v/v EN86A |
| ZN01 | Analysis | Enthone Alumon EN |
1 Pipette 5.00 mL sample from bath 2 Add 40 mL 50% triethanolamine 3 Add 10 mL buffer solution 4 Add 30 mL of DI water 5 Add 0.25 grams Eriochrome Black-T 6 Titrate with A mL of 0.575M EDTA to blue A ____ mL x 1.328 = ____ % v/v Alumon EN |
| ZN16 | Analysis | Fidelity 3116 | 1 Pipette 5.00 mL sample from bath 2 Add 40 mL 50% triethanolamine 3 Add 25 mL buffer solution 4 Add 30 mL of DI water 5 Add 0.25 grams Eriochrome Black-T 6 Titrate with A mL of 0.1M EDTA to blue A ____ mL x 2.33 = ____ % v/v Fidelity 3116 |
| ZN20 | Analysis | Atotech AlumSeal 2000 |
1 Use hydrometer to measure specific gravity 2 Enter specific gravity A ___ into titration calculator The titration calculator will show an addition of 1.2 gallon of A2000 per gallon of solution per SpGr unit to raise the SpGr to the UCL. |
| ZN25 | Analysis | Enthone Alumon 5825 |
1 Pipette 10.00 mL sample from bath 2 Add 50 mL of DI or distilled water 3 Add 10 mL buffer solution 4 Add 10 drops of thymophthalein indicator 5 Titrate with A mL of 1.0N H2SO4 to persistent yellow A ____ mL x 0.534 = ____ oz/g of NaOH A ____ mL x 4.0 = ____ g/L NaOH |
| ZN40 | Analysis | MetalChem MetaMate Zincate 40 |
1 Pipette 5.00 mL sample from bath 2 Add 40 mL 50% triethanolamine 3 Add 10 mL buffer solution 4 Dilute to 100 mL with DI water 5 Add 0.25 grams Eriochrome Black-T 6 Titrate with A mL of 0.0575M EDTA to blue A ____ mL x 1.70 = ____ fl oz/gal Zincate 40 A ____ mL x 13.28 = ____ mL/L Zincate 40 |
| AM01 | Makeup | Enthone Entek ME-1020 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank 2/3 full of cool DI water. 2 Add H2SO4 (93% w/w 66° Be) as 1.5% of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Add 14 oz per gallon of final tank volume ME-1020. (To find amount, enter 0 mL into titration calculator.) 4 Stir solution to thoroughly mix ingredients. 5 Fill with DI water to working level. |
| AM10 | Makeup | Enthone Actane E10 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank 2/3 full of cool DI water. 2 Add Actane E10 slowly and with stirring. (To find volume, enter 0 mL into titration calculator.) 3 Stir solution to thoroughly mix ingredients. 4 Fill with DI water to working level and heat tank. |
| AM70 | Makeup | Enthone Actane 70 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank 1/3 full of cool DI water. 2 Add H2SO4 (93% w/w 66° Be) as % of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Add HNO3 (68% w/w 42° Be) as % of tank volume. (To find volume, enter 0 mL into titration calculator.) 4 Add Actane 70 at 14 oz per gallon of final tank volume. (To find amount, enter 0 mL into titration calculator.) 5 Stir solution to thoroughly mix ingredients. 6 Fill with DI water to working level. |
| BD01 | Makeup | Sulfuric/Nitric Dip | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/3 full of DI water. 2 Add H2SO4 (93% w/w 66° Be) as a % of tank volume. 3 Add HNO3 (71% w/w 43° Be) as a % of tank volume. (To find volumes, enter 0 mL into titration calculator.) 4 Fill with DI water to working level. 5 Titrate to check concentrations before using tank. |
| CA02 | Makeup | Acid Copper | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank two-thirds full of DI water. Check for chloride content in water and adjust later additions. 2 Slowly add .132 L of 93% H2SO4 per gallon of tank volume. 3 Dissolve 1.75 pounds (7.94 kg) of copper sulfate per gallon of tank volume while continuously stirring the solution. 4 Carbon treat the solution and let stand overnight. 5 Filter solution into the plating tank and add DI water to operating volume. 6 Adjust chloride ion concentrate to 75 ppm (mg/L) by adding reagent grade HCl. 0.01 mL of HCl added per gallon of tank volume will increase the chloride ion concentration by 1.1 ppm. 7 Add .0013 oz/g (0.01 g/L) thiourea and .0013 oz/g (0.01 g/L) dextrin as brighteners. |
| CA03 | Makeup | LeaRonal Copper Gleam | 1 Fill a storage tank with 2/3 final volume of DI water. 2 Heat water to 130-140 °F. 3 Add CuSO4*5H20 crystals and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 4 Add 4.8 oz activated powdered carbon per gallon of the tank's final working volume. 5 Agitate solution for 2 hours 6 Allow carbon to settle 7 Filter solution into the plating tank and let cool 8 Add 10%v/v H2SO4 9 Add .62 mL of HCl per gallon of solution 10 Add 0.5%v/v Copper Gleam PCM (Enter 0 mL in titration calculator to find amount.) 11 Dummy plate for 8 hours at 10 ASF. 12 Titrate and adjust Copper Gleam PCM before using tank. |
| CD01 | Makeup | Cad Plate | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 16-20 oz/g sodium cyanide (NaCN). 3 Add 2.5-4.3 oz/g cadmium oxide (CdO) 4 Add up to 4.9 mL/g (1.3 mL/liter) ROHCO 20-XL. (Dilute 20-XL with 2-3 parts water, then mix evenly in bath.) 5 Fill tank to operating level |
| CE61 | Makeup | Oakite 160 | Do not add Oakite 160 until bath is cooled to < 110°F 1 Fill tank to just below operating level with cold water 2 Add Oakite 160 by sprinkling on surface while stirring. (Type 0 mL into titration calculator to find amount to add) 3 Fill tank to operating level and heat |
| CM01 | Makeup | Cyanide Copper | Wear protective clothing, rubber gloves, footwear, and goggles. Chemicals contain cyanide - keep away from acids !!! 1 Fill a properly prepared tank 3/4 full of DI water. 2 Add 5.6 oz of CuCN for each gallon of final volume. (If using K2Cu(CN)3 add 12.24 oz for each gallon.) (To find amount, enter 0 mL into titration calculator.) 3 Add 7.52 oz of KCN for each gallon of final volume. (If using K2Cu(CN)3 add 0.88 oz of KCN per gallon.) (To find amount, enter 0 mL into titration calculator.) 4 Add 4.0 oz of KCO3 for each gallon of final volume. (To find amount, enter 0 mL into titration calculator.) 5 Add DI water to working level and mix by stirring. 6 Bath must be analyzed before use. |
| CM10 | Makeup | Alodine 1000 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 3/4 full of DI water. 2 Add 10% of working volume Alodine 1000L (To find amount, enter 0 mL into titration calculator.) 3 Mix Alodine 1000L thoroughly by stirring. 4 Fill tank with DI water to working level. |
| CM12 | Makeup | Alodine 1200S | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 3/4 full of DI water. 2 Add Alodine 1200S and mix completely. (To find amount, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. |
| CM14 | Makeup | Enthone Enprep 14 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add SLOWLY E-14 while stirring with iron paddle. To find amount, enter 0 mL into titration calculator. Note that temperature will rise, so add slowly. 3 Fill with DI water to working level. 4 Titrate to check concentrations before using tank. |
| CM15 | Makeup | Alodine 1500 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 3/4 full of DI water. 2 Add Alodine 1500 and mix completely. (To find amount, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. |
| CM16 | Makeup | Enthone Enprep 114E |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add SLOWLY Enprep 114E while stirring. (To find amount, enter 0 mL into titration calculator.) Note that temperature will rise, so add slowly. 3 Fill with DI water to working level. 4 Titrate to check concentrations before using tank. |
| CM17 | Makeup | Enthone Enprep 214 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add SLOWLY Enprep 214 with vigorous stirring. (To find amount, enter 0 mL into titration calculator.) Note that temperature will rise, so add slowly. 3 Fill with DI water to working level. 4 Titrate to check concentrations before using tank. |
| CM60 | Makeup | Alodine 600 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 3/4 full of DI water. 2 Add pre-dissolved Alodine 600 and mix completely. (To find amount, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. |
| DM01 | Makeup | Oakite Deox LNC | Wear protective clothing, rubber gloves, footwear, and faceshield. Contains highly acidic materials: direct contact causes burns. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add 18 % by volume Oakite Deox LNC. (Enter 0 mL in Ti calculator to find correct amount). 3 Mix solution thoroughly. 4 Fill with DI water to working level. |
| EC91 | Makeup | Oakite 90 | Do not add Oakite 90 until bath is cooled to < 110°F 1 Fill tank to just below operating level with cold water 2 Add Oakite 90 by sprinkling on surface while stirring. (Type 0 mL into titration calculator to find amount to add) 3 Fill tank to operating level and heat |
| EM12 | Makeup | Fidelity 9012 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 6 % by volume 9012A. 3 Add 15 % by volume 9012B. 4 Fill with DI water to working level. 5 Adjust nickel and hypo concentration as required. 6 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) 7 Filter and heat to operating temperature. |
| EM23 | Makeup | Fidelity 5023 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 6 % by volume 5023A. 3 Add 15 % by volume 5023B. 4 Fill with DI water to working level. 5 Adjust nickel and hypo concentration as required. 6 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) 7 Filter and heat to operating temperature. |
| EM25 | Makeup | Atotech 2500 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 8 % by volume Nichem 2500A while mixing. 3 Add 15 % by volume Nichem 2500B while mixing. 4 Fill with DI water to working level. 5 Adjust pH to optimum specification increase pH with ammonium hydroxide (15% v/v) decrease pH with additions of dilute H2SO4 (20% v/v) 6 Heat to operating temperature. |
| EM29 | Makeup | Enthone Enplate NI-429 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 20 % by volume NI-429M. 4 Fill with DI water to working level. 5 Heat to operating temperature. 6 IMPORTANT: adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) |
| EM30 | Makeup | Enthone Enplate ADP-300 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 6 % by volume ADP-300A. 3 Add 18 % by volume ADP-300B. 4 Fill with DI water to working level. 5 Heat to operating temperature. 6 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) |
| EM42 | Makeup | MacDermid Vand-Aloy 4200 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 5 % by volume 4200A. 3 Add 15 % by volume 4200B. 4 Fill with DI water to working level. 5 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) 6 Heat to operating temperature. |
| EM51 | Makeup | Atotech 5100 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 7 % by volume Nichem 5100A while mixing. 3 Add 15 % by volume Nichem 5100B while mixing. 4 Fill with DI water to working level. 5 Adjust pH to optimum specification increase pH with ammonium hydroxide (15% v/v) decrease pH with additions of dilute H2SO4 (20% v/v) 6 Heat to operating temperature. |
| EM62 | Makeup | Enthone Enplate EN-623 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 6 % by volume EN-623A. 3 Add 15 % by volume EN-623B. 4 Fill with DI water to working level. 5 Heat to operating temperature. 6 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) |
| EM76 | Makeup | Enthone Enplate EN-7601 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 5.5 % by volume EN-7601A. 3 Add 9 % by volume EN-7601B. 4 Fill with DI water to working level. 5 Heat to operating temperature. 6 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) |
| EM97 | Makeup | MacDermid Niklad 797 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 5 % by volume 797A. 3 Add 15 % by volume 797B. 4 Fill with DI water to working level. 5 Adjust pH to optimum specification increase pH with ammonium hydroxide (50% v/v) decrease pH with additions of dilute H2SO4 (10% v/v) 6 Heat to operating temperature. |
| GS01 | Makeup | Technic ACR 40 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank with DI water to 2/3 final volume. 2 Heat water to 150 °F. 3 Remove filter from housing and start pump. 4 Add 24 oz/g 40CS conducting salt and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 5 Add 1 mL of 434B brightener and stir to dissolve. 6 Check and adjust pH and specific gravity. 7 Place activated carbon filter in pump and run for 1 hour. 8 Check and adjust pH and specific gravity. Use KOH or ACR40pH+ to raise pH. Use ACR 40pH- to lower pH 9 Dissolve 0.2 tr.oz of ACR414 gold salts per gallon of final volume in 150 °F DI water and add to tank. 10 Remove carbon filter and replace with standard filter. 11 Add DI water to working level. 12 Allow tank to reach operating temperature. |
| HC11 | Makeup | Hydrochloric | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add HCl (36% w/w 22.5° Be) as a % of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Titrate to check HCl concentration before using tank. |
| HF11 | Makeup | Hydrofluoric Acid | Wear protective clothing, rubber gloves, footwear, and goggles. Insure proper ventilation. Use polyethylene containers. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add HF (48% w/w 19° Be) as a % of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Titrate to check HF concentration before using tank. |
| HG01 | Makeup | Technic E-94 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank with DI water to 2/3 final volume. 2 Heat water to 95 °F. 3 Add 14 oz per gallon (of final tank volume) Conducting Salt G and stir to dissolve. 4 Add 5 oz per gallon (of final tank volume) Acid B and stir to dissolve. Lower pH to 4.5 by adding Acid B if required. Do not make additions to raise pH. 5 Add 380 mL per gallon (of final tank volume) Brightener H and stir to dissolve. 6 Add 1.25 tr.oz per gallon E-94 gold. 7 Add DI water to bring tank to final volume. 8 Check and adjust pH and specific gravity. Use 50% KOH to raise pH. Use Acid B to lower pH Add Conducting Salt G to raise specific gravity 9 Allow tank to reach operating temperature. |
| HG02 | Makeup | Technic E-74 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank with DI water to 2/3 final volume. 2 Heat water to 95 °F. 3 Add 14 oz per gallon (of final tank volume) Conducting Salt G and stir to dissolve. 4 Add 5 oz per gallon (of final tank volume) Acid B and stir to dissolve. Lower pH to 4.5 by adding Acid B if required. Do not make additions to raise pH. 5 Add 380 mL per gallon (of final tank volume) Brightener G and stir to dissolve. This will result in a Cobalt concentration of 1000 ppm 6 Add 1.0 tr.oz per gallon E-74 gold salts. 7 Add DI water to bring tank to final volume. 8 Check and adjust pH and specific gravity. Use 50% KOH to raise pH. Use Acid B to lower pH Add Conducting Salt G to raise specific gravity 9 Allow tank to reach operating temperature. |
| NA11 | Makeup | Nitric Acid | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add HNO3 (71% w/w 43° Be) as a % of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Titrate to check HNO3 concentration before using tank. |
| NA12 | Makeup | Nitric Acid/AB | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/3 full of DI water. 2 Add HNO3 (71% w/w 43° Be) as a % of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Slowly add 3 oz/g ammonium bifluoride while stirring. 4 Fill with DI water to working level. 5 Titrate to check concentrations before using tank. |
| NA13 | Makeup | Nitric Acid/AB | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank 2/3 full of HNO3 (71% w/w 43° Be) 2 Slowly add 16 oz/g ammonium bifluoride while stirring. (To find amount, enter 0 mL into titration calculator.) 3 Fill with with HNO3 (71% w/w 43° Be) to working level. |
| NC11 | Makeup | Watts Nickel | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/3 full of DI water. 2 Add nickel chloride per titration calculator. 3 Add nickel sulfamate per titration calculator. 4 Add boric acid per titration calculator. 5 Fill with DI water to working level. 6 Titrate to check concentrations before using tank. |
| NS01 | Makeup | Nickel Sulfamate | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank with DI water to 1/2 final volume. 2 Heat water to 150 °F. 3 Add boric acid per titration calculator and dissolve. 4 Add liquid nickel chloride per titration calculator and dissolve. 5 Add liquid nickel sulfamate per titration calculator. 6 Fill with DI water to working level and thoroughly mix. 7 Adjust pH to optimum. |
| RM01 | Makeup | Atotech RODIP OD Chromate |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank 1/2 full of DI water. 2 Heat to 80 °F before adding chemicals. 3 Add 8% of working tank volume RODIP O.D. Part A. 4 Add 8% of working tank volume RODIP O.D. Part B. (To find correct amount, enter 0 mL into Ti calculator.) 5 Fill with 80 °F DI water to working level. 6 Check and adjust pH before using tank. Add 50% v/v H2SO4 while stirring to lower pH. Add dilute NaOH (0.5 oz/g) while stirring to raise pH. |
| RM02 | Makeup | Atotech RoDip Zn25 Chromate |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank 2/3 full of DI water. 2 Add 0.5 oz RODIP Zn25 per gallon of working volume (Enter 0mL in titration calculator to find amount.) 4 Add HNO3 (71% w/w 43° Be) at 1.5% of tank volume. (Enter 0mL in titration calculator to find amount.) 5 Fill with DI water to working level. 5 Stir solution to thoroughly mix ingredients. 6 Check and adjust pH before using tank. |
| SA11 | Makeup | Sulfuric Acid | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add H2SO4 (93% w/w 66° Be) as a % of tank volume. (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Titrate to check H2SO4 concentration before using tank. |
| SC07 | Makeup | Americlene 8 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add 8.5 oz/g slowly while stirring tank. (To find amount, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Heat to operating temperature. |
| SG01 | Makeup | Technic ACR 414 | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank with DI water to 2/3 final volume. 2 Heat water to 150 °F. 3 Remove filter from housing and start pump. 4 Add 25 oz/g 414CS conducting salt and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 5 Place activated carbon filter in pump and run for 1 hour. 6 Check and adjust pH and specific gravity. Use KOH (potassium hydroxide) to raise pH. Use ACR 414pH- to lower pH 7 Dissolve 1.0 tr.oz of ACR414 gold salts per gallon of final volume in 150 °F DI water and add to tank. 8 Add 19 mL of ACR414MB make up brightener per gallon of working volume and stir to dissolve. 9 Remove carbon filter and replace with standard filter. 10 Add DI water to working level. 11 Allow tank to reach operating temperature. |
| SM01 | Makeup | LeaRonal Silver Glo Matte |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank to 1/2 final volume with DI water. 2 Heat water to 140-160 °F and turn on agitation. 3 Add 12.3 oz/g Silver Glo Silver Salt and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 4 Add 12.3 oz/g KCN and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 5 Add 2.88 oz/g KCO3 and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 6 Stir to completely dissolve all salts. 7 Add DI water to final working volume. 8 Allow tank to reach operating temperature. |
| SM02 | Makeup | LeaRonal Silver Glo Bright |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank to 1/2 final volume with DI water. 2 Heat water to 140-160 °F and turn on agitation. 3 Add 12.3 oz/g Silver Glo Silver Salt and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 4 Add 12.3 oz/g KCN and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 5 Add 2.88 oz/g KCO3 and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 6 Add 1.5% v/v Silver Glo 3K and stir to dissolve. 7 Add 6 fl oz/g Silver Glo TY and stir to dissolve. 8 Stir to completely dissolve all salts. 9 Add DI water to final working volume. 10 Allow tank to reach operating temperature. |
| SM03 | Makeup | LeaRonal Silver Glo Strike |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill tank to 1/2 final volume with DI water. 2 Heat water to 140-160 °F and turn on agitation. 3 Add 0.61 oz/g Silver Glo Silver Salt and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 4 Add 13 oz/g KCN and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 6 Stir to completely dissolve all salts. 7 Add DI water to final working volume. 8 Allow tank to reach operating temperature. |
| SM49 | Makeup | MacDermid Isoprep 49L |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add required amount of Isoprep 49L with stirring (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Mix thoroughly and heat to operating temperature. |
| SM72 | Makeup | MacDermid Isoprep 172 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add required amount of Isoprep 172 with stirring (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Mix thoroughly and heat to operating temperature. |
| SM90 | Makeup | MacDermid Isoprep 190 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add required amount of Isoprep 190. (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Mix thoroughly and heat to operating temperature. |
| SM92 | Makeup | MacDermid Isoprep 192 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add required amount of Isoprep 192. (To find volume, enter 0 mL into titration calculator.) 3 Fill with DI water to working level. 4 Mix thoroughly and heat to operating temperature. |
| TI01 | Makeup | MacDermid Tin MAC |
Before make up in a new tank, or a tank not previously used for Tin MAC, leach the tank for 24 hours minimum with a 3% H2SO4 and 0.1% volume Tin MAC starter. After leaching, drain the solution and rinse the tank thoroughly with water. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add the tin salts and dissolve by stirring. 3 Add 10% v/v H2SO4. (To find amount, enter 0 mL into titration calculator.) 4 Allow bath temperature to drop below 90 °F. 5 Add 1.0% v/v TinMAC starter. 6 Fill with DI water to working level. 7 Allow bath to cool to operating temperature. |
| TI04 | Makeup | LeaRonal Sat-Tin |
For rack plating ... 1 Fill a properly prepared tank 3/4 full of DI water. 2 Add 8% v/v H2SO4. (To find amount, enter 0 mL into titration calculator.) 3 Add 10 oz/g SnSO4 and dissolve by stirring. (To find amount, enter 0 mL into titration calculator.) 4 Allow bath temperature to drop below 75 °F. 5 Add 5% v/v Sat-Tin P17 6 Add 5% v/v Sat-Tin OD 7 Fill with DI water to working level. |
| WS01 | Makeup | Woods Strike | Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/3 full of DI water. 2 Add nickel chloride per titration calculator. 3 Add hydrochloric acid per titration calculator. 4 Fill with DI water to working level. 5 Titrate to check concentrations before using tank. |
| XM86 | Makeup | Enthone Enstrip EN-86 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Add 30% final tank volume of EN-86L. 3 Add 33% final tank volume of EN-86A. (Enter 0 mL in titration calculator to find amounts.) 4 Fill tank to working volume. 5 Allow tank to reach operating temperature before using. |
| XN02 | Makeup | Atotech RoStrip M-10 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 2/3 full of DI water. 2 Heat water to 140-150 °F. 3 Add RoStrip M-10 and stir to dissolve. (Enter 0 mL in titration calculator to find amount.) 4 Allow tank to reach operating temperature. 5 Titrate to check concentrations before using tank. |
| ZM01 | Makeup | Enthone Alumon EN |
Wear protective clothing, rubber gloves, footwear, and goggles. Solution contains NaOH !!! 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add 25% of final tank volume Alumon EN. (Enter 0 mL in titration calculator to find amount.) 3 Fill tank to working level with DI water. |
| ZM20 | Makeup | Atotech AlumSeal 2000 |
Wear protective clothing, rubber gloves, footwear, and goggles. 1 Fill a properly prepared tank 1/2 full of DI water. 2 Fill to final tank volume with AlumSeal 2000 Concentrate. (Enter 0 mL in titration calculator to find amount.) |
| ZM25 | Makeup | Enthone Alumon 5825 |
Wear protective clothing, rubber gloves, footwear, and goggles. Solution contains NaOH !!! 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add 25% of final tank volume Alumon 5825. (Enter 0 mL in titration calculator to find amount.) 3 Fill tank to working level with DI water. |
| ZM40 | Makeup | MetalChem MetaMate Zincate 40 |
Wear protective clothing, rubber gloves, footwear, and goggles. Solution contains NaOH !!! 1 Fill a properly prepared tank 2/3 full of DI water. 2 Add 25% of final tank volume Zincate 40. (Enter 0 mL in titration calculator to find amount.) 3 Fill tank to working level with DI water. |