Copper Process – Cupsal Z |
|
|---|---|
| APPLICATIONS: | A sodium cyanide based solution recommended where simplicity and economy are important. Slow speed solution suitable for manual plant and general-purpose light copper plating. The desposit is dull. |
| OPERATING CONDITIONS: | 50 to 130 g/l, 50 to 55° C, 0.5 to 1.0 A/dm2 |
High Efficiency Copper Process – Cuspal CX |
|
| APPLICATIONS: | A potassium cyanide based solution which produces a fine grained deposit. A high speed solution with excellent throwing power. Suitable for thick copper deposits and as an undercoat for bright nickel on steel and zinc based dicastings. Rack or barrel use. |
| OPERATING CONDITIONS: | 160 to 210 g/l, 55 to 65° C, 2 to 4 A/dm2 with periodic reverse current. pH 11.5 to 12.5. |
High Efficiency Bright Copper – Cuspal CB |
|
| APPLICATIONS: | A potassium cyanide based solution which produces bright deposit. A high speed solution with excellent throwing power. Fully bright deposit ideal for use on zinc based diecastings. |
| OPERATING CONDITIONS: | 50to 200 g/l, 50 to 55° C, 2 to 4 A/dm2, pH 11.5 to 12.5 |
Acid Copper – Cuspal AD |
|
| APPLICATIONS: | A fully bright acid copper with extremely high leveling power suitable for decorative use and electroforming. For plating steel, since alloys and plastic components. |
| OPERATING CONDITIONS: | Cupsal AD Base Salt - 200 g/l, + H2So4 + Brightener Cupasl ADA - 10m/l, 18 to 30° C, 2 to 7.5 A/dm2. |
Rochelle Copper – Cuspal RH |
|
| APPLICATIONS: | A mildly alkaline, low cyanide based cooper plating process, designed for zinc based alloy diecastings. |
| OPERATING CONDITIONS: | 125 to 200 g/l, 50 to 60° C, 1 to 5 A/dm2. |
Accustar 200 (Acid Copper Plating Process): |
|
| APPLICATIONS: | For lustrous Bright Acid Copper plating with very high degree of Leveling Best option as base coat in Decorative Nickel chromium plating. |
| OPERATING CONDITIONS: | Accustar base salt 200-250 gm/l. Sulphuric acid 50-70 gm/l. Accustar 201M 8-10ml/lit. + Accustar 202, 3-4 ml/l + Accustar203 3-4 ml/l,at 20-25ºC Cathode C.D.. 2-7 amp/sq.dm. |
Nisol 80 V Base Salt |
|
|---|---|
| APPLICATIONS: | Base salt for preparing bright nickel bath solution. |
| OPERATING CONDITIONS: | 360 – 375 gm/l. |
Superbrite XL – Bright Nickel Process |
|
| APPLICATIONS: | Fully bright, high levelled deposit even at low current density, extremely good covering power, ductile, low stress deposits. |
| OPERATING CONDITIONS: | Nisol 80 V Nickel Salt - 35 to 380 g/l + Superbrite XL 1050 - 20m/l + Superbrite XL 1051 - 0.3m/l, 55 to 65° C, 2 to 8 A/dm2, pH 4.2 to 4.6. |
Levelbrite R – 850 Bright Nickel Process |
|
| APPLICATIONS: | Fully bright, high levelling, ductile nickel for decorative rack plating. Single maintenance brightener. Tolerant to contamination and wide variations in operating conditions. |
| OPERATING CONDITIONS: | Nisol 80 V Nickel Salt - 350 to 380 g/l. + Initial Brightener Levelbrightener Levelbrite R850 - 20 m/l, 55 to 65° C, 1 to 8.5 a/dm2, pH 4.0 to 4.8 |
Nisol 1279/80 Bright Nickel Process |
|
| APPLICATIONS: | Full bright high levelling ductile nickel process for rack plating. Tolerant to wide variations in operating conditions. |
| OPERATING CONDITIONS: | Nisol 80 V Nickel Salt - 350 to 380 g/l. + Initial Brightener Nisol 1279 10 m/l, 55 to 65° C, 1 to 8.5 A/dm2, pH 4.0 to 4.8. |
Superlux Bright Nickel Process |
|
| APPLICATIONS: | Flexible process recommended for hardware and other applications. Yields fully bright levelled deposit over entire current density range. Several variants are available for specific applications. |
| OPERATING CONDITIONS: | Nisol 80 V Salts – 350-380 gm/l + Superlux 200 Additive 15-20 ml/l + Superflux 600 Brightener 0.5-1ml/l. Bath temperature: 50-60° C at Current Density: 1 to 8.5amp/dm2, pH 4-5. |
Speedilite Bright Nickel Plating Process |
|
| APPLICATIONS: | Bright and White nickel deposit achieved speedily. Suitable for hardware and other decorative Nickel plating applications on variety of substrates. |
| OPERATING CONDITIONS: | Nisol 80 V Salts – 350-380 gm/l + Speedilite 521 Additive 15-20 ml/l + Speedilite 523 Brightener 0.5-1 ml/l. Bath Temperature 50-60° C at Current Density 1 to 8.5 amp/dm2, pH 4-5. |
Nickel Booster |
|
| APPLICATIONS: | A liquid additive for use in all bright and nickel solutions for increasing levelling, brightness by a significant amount. |
| OPERATING CONDITIONS: | 0.05 to 0.15 ml/l. |
Dull Nickel Process – Nisal AB |
|
| APPLICATIONS: | Dull soft nickel for rack plating. Can be used without heating or filtration. Deposits are normally polished. |
| OPERATING CONDITIONS: | 125 g/l, 15 to 20° C, 0.3 to 0.6 A/dm2, pH 5.6 to 5.8. |
Barrel Dull Nickel Process – Nisal SW |
|
| APPLICATIONS: | Dull Nickel for barrel plating. Can be used without heating or filtration, Deposits are ductile. |
| OPERATING CONDITIONS: | 300 g/l, 15 to 20° C, 12 to 15 volts, pH 5.6 to 5.8. |
Xtrabrite 860 / 852: |
|
| APPLICATIONS: | General purpose Bright Nickel plating process. |
| OPERATING CONDITIONS: | Xtrabrite R860 10-20 ml/l. + Xtrabrite R852 175 – 225 ml/KAH 50-60° C (optimum) 55° C 2-8.5 Amp/dm2 (Optimum4.5 amp/sq dm.). |
Supralux 200 / 600: |
|
| APPLICATIONS: | Fully bright leveled Nickel deposit with very high decorative appeal. |
| OPERATING CONDITIONS: | Supralux 200 additive 20 ml/l. + Supralux 600 Brightener 1ml/l. 100-150 ml/KAH Supralux 600, 150-250 ml/KAH Supralux 200 additive at 50-60° C (optimum) 55° C 2-8.5Amp/dm2 (Optimum4.5 amp/sq dm.) 4-6 volt |
Supralux 650 / 655: |
|
| APPLICATIONS: | Exceptionally fast brightening rate allowing minimum plating times. Brilliant deposit with high leveling and exceptional ductility. |
| OPERATING CONDITIONS: | Supralux 650 carrier additive 10 -20 ml/l Supralux 650 Brtr. 0.2 -1 ml/l for initial bath make up MAINTAINANCE: 80 - 100 ml/KAH Supralux 655& 100 - 150 ml/KAH Supralux 650. 50-60° C (optimum) 55° C pH 4.2 – 4.7 2-8.5 amp/sq dm (4.5 amp per sq dm optimum) |
XTRABRITE 1551 (For Barrel): |
|
| APPLICATIONS: | Ideal Choice for barrel nickel plating applications. |
| OPERATING CONDITIONS: | Make up: Xtrabrite 1551 additive 10 – 20 ml/ltr. & Xtrabrite 1551 0.5 to 1 ml/ltr. For Maintenance: Xtrabrite 1551brtr. 300 ml/KAH Xtrabrite 1550 additive to compensate drag out losses. At 50-60° C (optimum) 55° C pH 3.9–4.5 0.5 -1 amp/sq dm 6-8 amp/sq foot Voltage: 8-12 volt |
Nisal GM Liquid BRA/C (For Barrel): |
|
| APPLICATIONS: | Classic proven Basic Bright Nickel plating process for barrel/rack applications. For Light metals. |
| OPERATING CONDITIONS: | High sulphate Nisal GMB salt 375 gm/ltr. Initial make up: Nisal GM A - 0.20 ml/lit. Nisal GM C-5 ml/ltr. For maintenance: Nisal GMA 110–115ml/KAH, ml/KAH Nisal GM 30 5-14 ml/KAH. At 50-60° C (optimum) 55° C pH 3.9-4.5 0.6-0.9 amp/dm2 8-10V. |
Speedilite 521 / 523: |
|
| APPLICATIONS: | Exceptionally Bright and White nickel deposit achieved speedily. Suitable for hard ware and other Decorative Nickel Plating application on variety of substrates. |
| OPERATING CONDITIONS: | Nisol 80 V Salt – 360 – 375 gm/l. + Speedilite 521 Additive 15 – 20 gm/l. + Speedilite 0.5 – 1 ml/l. Bath Temperature 50–60º C At current density 1 to 8.5 amp/dn2 pH 4 – 5 |
Semi-Bright Nickel – Niflow Process |
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|---|---|
| APPLICATIONS: | Semi-bright Nickel with high levelling for rack plating. A coumarin free solution. Used for corrosion resistant duplex deposits. Batch purification not required. |
| OPERATING CONDITIONS: | Nisol 80 V Nickel salt 375 g/l + Niflow Initial Additive 10 ml/l, 50 to 60° C, 2 to 8.5 a/dm2, pH 3.8 to 4.2. |
Chemipure Semi Bright Process: |
|
| APPLICATIONS: | This is a new high leveling, ductile and essentially 'Sulpher Free' semi-bright nickel plating Process. Ideal basic Nickel layer in multilayer Nickel deposit system, yielding very high Corrosion resistance required for Automotive decorative applications. |
| OPERATING CONDITIONS: | Nisol 80 v salt 375 gm/l Chemipure Initial Additive.SBI 8-12 ml/l for maintenance: Chemipure SBM - 100–200 ml/KAH & Chemipure SBI 20 – 60 ml/KAH at 55-65° C pH 3.8 - 4.2 with 2-8.5 amp/sq dm (20 – 80 amp/sq. ft) |
Tri Nickel Plating Process – Trini |
|
| APPLICATIONS: | Trinickel Plating process is inserted between semi-bright nickel plating processes. This process is to yield Triple Nickel Coating. It is intended to give a thin central layer of 1-2 micron thick deposit in the middle of the coating that has higher sulphur of the order of 0.15% (as S) content than that of bright nickel layer and is anodic to the latter by 20-30 mV which corrodes preferentially and delays corrosion penetrating through the substrate. |
| OPERATING CONDITIONS: | isol 80 V Nickel Salt 380 g/l + Trini Additive 10 ml/l, 40 to 50° C, 2 2to 3 A/dm2, pH 3 to 4, Plating time 0.5 to 2 mins. |
Neo Sat Satin Nickel Process: |
|
| APPLICATIONS: | Proven product for achieving pleasing, uniform smooth satin finish for Decorative Applications for door handle knobs and similar hardware. |
| OPERATING CONDITIONS: | Neosat Satin Nickel Base Salt-600 gm/l. with Neosat Additive A2=20 ml/l. Neosat dditiveB4 5 ml/l. Neosat Satinising C-16 - 4–6 ml/l. For maintaining finish quality Additive A2---50-100 ml/KAH B4 –50 -100 ml/KAH C-16 200-300 /KAH at 50-60° C, pH 4 – 4.6, Cathode Current Density:4-8 amp/dm2 |
Electroless Alloy Plating Process – Nifoss |
|
| APPLICATIONS: | This process may be used to deposit Nickel on steel, cast iron, copper, copper alloys, aluminium etc. where uniform metal distribution over the whole surface is required. An alloy of 92% nickel and 8% phosphorus will be deposited during plating. As plated hardness of 480-500 HV. Fine grained lustrous deposit having very low porosity resulting in better corrosion resistance. |
| OPERATING CONDITIONS: | Nifoss base solution 70 m/l + Nifoss initial solution 200 ml/l, 75 to 95° C, pH 4.5 to 5.2 |
Nifoss Electroless Nickel 2000 process |
|
| APPLICATIONS: | Bright Nickel Phosphorous alloy deposit with high plating rate. Stable formulation used for |
| OPERATING CONDITIONS: | Make up solution: Nifoss 2000 Base 60 ml/ltr Nifoss 2000 Make up 200 ml/ltr. For maintenance: Nifoss base and Nifoss reducer in equal proportion Temperature: 84 -90° C pH 4.8-5.0. |
Nifoss Electroless Nickel 2500 Process: |
|
| APPLICATIONS: | Fully bright medium phosphorous electroless nickel with consistently high plating rate. High Metal turn over and good hardness and corrosion resistance. Economical to use. |
| OPERATING CONDITIONS: | Nifoss 2500 Base 60 ml/ltr, Nifoss 2500 make up 200 ml/ltr. pH 4.8-5.0 At 85-90° C. |
Nifoss Electroless Nickel 2500 (HP) Process |
|
| APPLICATIONS: | Nifoss 2500 HP is high phosphorus electroless nickel plating process. Yields deposit with High phosphorous levels (10+%). Recommended for application requiring high corrosion resistance. |
| OPERATING CONDITIONS: | Nifoss 2500 HP Base 60 ml/ltr Nifoss 2500 HP Make up 200 ml/ltr. At 80-90° C pH 4.0-4.6 |
Sulphamate Heavy Duty Nickel |
|
| APPLICATIONS: | Solution producing low stress, dull nickel deposits for heavy duty applications and electroforming. Medium plating rate. |
| OPERATING CONDITIONS: | Nickel Sulphamate Concentrate 500 ml/l + Boric Acid 30 g/l. + Nickel Chloride 10 g/l, 40 to 60° C, 2 to 16 A/dm2, pH 3.9 to 4.2. |
Sequestarant – L |
|
|---|---|
| APPLICATIONS: | Elimination of the effects of metallic contamination like copper and zinc in all types of bright Nickel plating solutions. |
| OPERATING CONDITIONS: | Addition upto 1 to 2 ml/l, at normal operating temperature and pH. |
Nickel Purfier |
|
| APPLICATIONS: | It is an insoluble filter media for use in filter packs to remove metallic impurities from Nickel plating solutions. |
| OPERATING CONDITIONS: | Addition upto 30 to 50 gms on filter pack with carbon per 1000 litre of Nickel plating solution at normal operating temperature and pH. |
Ferricure |
|
| APPLICATIONS: | A complexing / sequestering agent for removal of iron form the Nickel plating bath. It's addition effectively complexes the iron. Once in this from, the iron is plated out with the deposit as fast as it goes into the solution. |
| OPERATING CONDITIONS: | Initial addition 1 to 2 g/l. An addition of 2.0 g/KAh to be made to compensate for electrochemical losses. |
LCD Extender |
|
| APPLICATIONS: | To improve the throwing power of Nickel plating solution at low current density areas and to complex metallic impurities like copper, zinc and iron. |
| OPERATING CONDITIONS: | 0.5 to 1 ml/l. It is used directly into bright Nickel plating bath at operating pH and temperature. |
Nickel Additive 855 |
|
| APPLICATIONS: | It is a purification agent used in bright nickel plating system to improve tolerance to metallic impurities such as copper and zinc as well as improve chrome receptivity especially in L.C.D. areas. |
| OPERATING CONDITIONS: | 1 to 2 ml/l, directly into bright Nickel plating bath at operating pH and temperature. |
Bright Booster 51 |
|
| APPLICATIONS: | Additive for enhancing brightness of nickel deposit. To be used along with regular addition of brightener and additives. |
| OPERATING CONDITIONS: | 0.05 – 0.15 ml/l. Initially along with regular additions of Additives/Brighteners. For maintenance 10-15ml/KAH along with routine additions. |
Super Leveler 36 |
|
| APPLICATIONS: | Special additive for enhancing leveling capability of existing brightener System. To be added along with routine brightener and additives. |
| OPERATING CONDITIONS: | 0.05 – 0.15 ml/l. Initially along with regular additions of Additives/Brighteners. For maintenance 10-15ml/KAH along with routine additions. |
Hi-Efficiency Bright Chrome Process – Chrosal HB |
|
|---|---|
| APPLICATIONS: | A medium to high concentration high speed solution which can also be used to produce crack free deposits. |
| OPERATING CONDITIONS: | 450 g/l, 38 to 43° C, 10 to 15 A/dm2, 4 to 5 volts, Efficiency 10 to 13%. |
Conventional Bright Chrome Process – Chrosal ZB |
|
| APPLICATIONS: | These salts provide a standard sulphate catalyst type of solution. Trouble free and easy to work. Can be used tepid.. |
| OPERATING CONDITIONS: | 525 g/l, 35 to 45° C, 8 to 11 A/dm2, 4 to 5 volts, Efficiency 7 to 8%. |
Hi Speed Hard Chrome Process – Chrosal HHC |
|
|---|---|
| APPLICATIONS: | A high speed solution with high efficiency, Build up on corners is reduced. |
| OPERATING CONDITIONS: | 300 g/l, 55 to 57° C, 30 to 75 A/dm2, 5.5 to 7 volts, Efficiency 20%. |
Conventional Hard Chrome Process – Chrosal ZH |
|
| APPLICATIONS: | Standard salts of proven reliability. Solution easy to control and particularly suitable for partial plating of intricate of hollow components. No appreciable component etching. |
| OPERATING CONDITIONS: | 260 g/l, 50 to 60° C, 30 to 75 A/dm2, 5.5 to 7 volts, Efficiency 12%. |
High Speed Etch Free Hard Chrome Process – Jet Process 2000 |
|
| APPLICATIONS: | High speed process with high current efficiency and non etching ,free from fluorides And other halogens Excellent bright finish with good hardness and adhesion. Deposit with micro cracked structure. |
| OPERATING CONDITIONS: | 300 gm/l. Jet 2000 Base Salt + 40 ml/l. jet 2000 initial Additive. Bath maintained using base salt and jet 2000 Maintenance Additive |
Jet 2000(L) |
|
| APPLICATIONS: | A convenient liquid version of Jet 200 is available with jet 2000 Make Up and replenishment Additives |
| OPERATING CONDITIONS: | Jet 2000 (L) Make UP Additive = 550 ml/l. For maintenance, jet 200 (L) Replenishment Additive 300 – 400 ml per KAH may be required. |
Chrosal BK (Black Chromium plating Process): |
|
| APPLICATIONS: | Chrosal BK Black chromium plating process enables black chromium deposits for decorative and functional purposes. This is to be applied directly to bright nickel and most of the Other metal substrates excluding aluminum. Chrosal BK Plates a deposit having pleasing deep black colour. Use of thin layer of oil or water based lacquer is advised this will ensure more uniform colour and longer service life. |
| OPERATING CONDITIONS: | CHROSAL BK Salts = 450 – 500 gm/l. + CHROSAL BK ADDITIVE = 3 – 5 gm/l. Temperature 15-25 Optimum 20° C , Cathode Current Density (A/dm2)10 – 40 Optimum 25 Anode Current Density (A/dm2)10 – 40, Time 25 – 15 minutes (Optimum 10) |
Alkaline Tin Process – Tinsal – Z |
|
|---|---|
| APPLICATIONS: | A special stannate type solution with excellent throwing power. Will deposit in deep recesses. Rack and barrel use. |
| OPERATING CONDITIONS: | 100 to 250 g/l, 60 to 80° C, Rack: 1.5 to 2.0 A/dm2, Barrel: 10 volts. |
Acid Tin Plating Process – Stanolite |
|
| APPLICATIONS: | These acid solutions for rack and barrel a brilliant deposit even in deep recesses. The coating is relatively easy to solder. The solution is economical and easy to maintain. May be used as an alternative to bright nickel as a decorative protective coating. |
| OPERATING CONDITIONS: | Stanolite Bright Tin solution Rack and Barrel, 15 to 30° C, 1.0 to 4.5 A/dm2 barrel, 1.0 to 1.5 A/dm2 barrel, 10 um in 11 minutes at 2 A/dm2. |
Tin – Lead Fluoborate Solutions |
|
| APPLICATIONS: | Suitable for tin-lead deposits of 93% lead - 7% tin alloy for bearings or 60% tin - 40% lead. Rack or barrel use. Acid solution. |
| OPERATING CONDITIONS: | 334 ml/l, 25 to 30° C, 3.2 A/dm2, 1 to 3 colts rack, 3 to 6 volts barrel. |
Tin Fluoborate Solutions |
|
| APPLICATIONS: | Dull tin deposit. Acid solution ideal for high speed plating of wire and sheet. Rack or barrel use. |
| OPERATING CONDITIONS: | 334 ml/l, 20 to 40° C, 2.5 to 13 A/dm2, 1 to 3 volts. |
Lead Fluoborate Solutions |
|
| APPLICATIONS: | Dull lead deposit which will plate upto 0.1 in. thick without difficulty. Acid solution. |
| OPERATING CONDITIONS: | 334 ml/l, Room temperature but not below 15° C, 1.5 to 2.0 A/dm2 Rack, 3 to 6 volts barrel. |
Stanolite Process (Acid Tin): |
|
| APPLICATIONS: | These acid solutions for rack and barrel produce a brilliant deposit with good soldarbility Maintain. May be as an alternative to bright nickel as a decorative protective coating. |
| OPERATING CONDITIONS: | Stanolite MS Salt (50 % Tin) = 30 gm/l, + Sulphuric acid (pure) sp.gr. 1.84 = 100 ml/l. + Stanolite Initial Brightener - = 30 ml/l at 15-30º C 1.0-4.5 A/dm2 for rack, 1.0-1.5 A/dm2 for barrel. |
Silver Process – Silsal Z |
|
|---|---|
| APPLICATIONS: | This cyanide solution is suitable for general decorative and functional silver plating. Produces a matt, white silver deposit which may be buffed. Rack or barrel use. |
| OPERATING CONDITIONS: | 20 to 69 g/l Room temperature but no below 15° C, 0.2 to 0.3 A/dm2, 10 um in 45 minutes at 0.3 A.dm2. |
Silver Process – Silsal AX |
|
| APPLICATIONS: | A high speeds, dull cyanide silver plating solution for industrial applications such as contacts and bearings. Rack or Barrel use |
| OPERATING CONDITIONS: | 210 g/l for Rack & 210 g/l + 20g/l KCN for Barrel, 20 to 30° C, 2.0 A.dm2 Barrel 10 um in 8 minutes at 2.0 A/dm2. |
Bright Silver Process – Silsal SV |
|
| APPLICATIONS: | A general purpose, high speed decorative bright silver solution for Rack or Barrel. Good levelling. Solution remains clear when working. Deposit hardness 80 to 90 H.V. |
| OPERATING CONDITIONS: | Silsal SV 225 g/l + Silsal BB 18 ml/l. 20 to 30° C 1.0 to 2.0 a/dm2 Rack 0.3 to 0.7 A/dm2 Barrel 5 um in 8 minutes at 1.0 A/dm2. |
Bright Silver Process – Silvax 2000 |
|
| APPLICATIONS: | A special solution designed for industrial use. High conductivity for high frequency and general electrical or electronic use. Rack or barrel use. Solution remains clear when working. Deposit hardness 1210 to 120 H.V. Also used in decorative applications. |
| OPERATING CONDITIONS: | Silsal SV Salt 225 g/l + Potassium Cyanide 50 g/l +Silvax 200 - A Initial additive 10 m/l + Silvax 200 B Brightener 3 ml/l, 20 to 30° C, 1.0 to 2.0 A/dm2 Rack, 0.3 to 0.7 A/dm2 Barrel, 5 um in 8 minutes at 1.0 A/dm2 |
Bright Silver Process – Argento HB 2500 |
|
| APPLICATIONS: | This process gives mirror bright haze free deposits. The process is designed to get deposit having higher hardness values in range of 140 – 200 Hv, making it the preferred choice where hard silver deposit is required. Thus the process can be used for decorative as well as functional applications, and may also be used for rack or barrel plating applications |
| OPERATING CONDITIONS: | Silsal SV Salt = 225.0 gm, Potassium cyanide 50 gm, Argento HB 2500 A = 10 ml/l, Argento HB 2500 B- 8to10 ml/l, Argento HB 2500 C-15to20 ml. |
Silvostar |
|
| APPLICATIONS: | This process gives mirror bright haze-free deposits with the same electrical conductivity as pure silver. The solution can be used for decorative and electronics applications, is simple in operation and may be used for rack or barrel applications. |
| OPERATING CONDITIONS: | Silsal SV salt = 225 gm/l., Potassium Cyanide = 50 gm/l., Silvostar B-25 = 25 ml/l., Silvostar W-15 = 15 ml/l., (For Barrel application a half strength solution may be used). Ambient temp. Cathode Current Density 0.2 TO 2.0. |
Brass Proces - Brassal Z |
|
|---|---|
| APPLICATIONS: | These salts yield a deposit with a rich golden colour and can be used for decorative rack or barrel work. Also used as a base for rubber adhesion. |
| OPERATING CONDITIONS: | 75 to 150 g/l, Room temperature to 50.C, 0.3 to 1.2 A/dm2, pH 9.8 to 11 |
Cadmium Plating Process - Cadsal KM |
|
|---|---|
| APPLICATIONS: | Cadsal KM gives excellent brightness even in low current density areas. Rack or barrel use. Simple to maintain with Gel or liquid brightener. Good temperature tolerance. |
| OPERATING CONDITIONS: | Cadsal KM Salt 175 g/l + Cadsal Gel 8 g/l, 15 to 30.C, 1 to 3 A/dm2 rack, 0.5 A.dm2 barrel, 1.5 to 2.5 volts rack, 8 to 16 volts barrel. |
Cadmium Plating Process - Cadsal KS |
|
| APPLICATIONS: | An economical general purpose bright cadmium solution. High temperature tolerance. Rack of barrel use. |
| OPERATING CONDITIONS: | Cadsal KS Salt + Cadsal KS initial Brightener + Liquid Grain Refiner, 25 to 40.C, 1.0 to 2.5 A/dm2 each, 0.1 to 0.8 A/dm2 barrel. |
Cadmium Plating Process - Cadsal Z |
|
| APPLICATIONS: | Produces a smooth, matt white deposit with good throwing power. For general rack cadmium plating. Very simple to operate. |
| OPERATING CONDITIONS: | 75 g/l, room temperature but not below 15.C, 1.0 to 1.5 A/dm2, 2.0 to 2.5 volts. |
Cadmium Plating Process - Cadsal KX |
|
| APPLICATIONS: | Produces a smooth, mat deposit. Used for general purpose cadmium barrel plating. Very simple to operate. |
| OPERATING CONDITIONS: | 125 g/l, room temperature but not below 15.C, 6 to 7 volts open ended barrels 8 to 10 volts totally immersed. |
Bright Cyanide Zinc Plating Process – Turbozin 3000 |
|
|---|---|
| APPLICATIONS: | The Turbozin 3000 high, medium and low cyanide zinc plating solutions combine exceptional brilliance of deposit with low operating cost and high temperature stability. Brightener system is designed for operation in all the three types of solutions. Zinsal D, a purifier is used alongwith. |
| OPERATING CONDITIONS: | Turbozin zinc salts and sodium hydroxide depending on requirement, + 6ml/l Turbozin 3000 brightner, 25 to 48° C, 1.5 to 6.5 A/dm2 rack, 0.6 to 0.8 A/dm2 barrel. |
Alkaline Non-Cyanide Bright Zinc Plating Process – Envirozin |
|
| APPLICATIONS: | Non-cyanide alkaline zinc solution producing fully bright deposits which accept all types of passivation including blue passivation. It has a high cathode efficiency and minimises effluent problems. Rack or barrel use. |
| OPERATING CONDITIONS: | Envirozin Base Salt 200 to 250 g/l + Envirozin Brightener 20 ml/l + Envirozin Conditioner 3 ml/l, 18 to 30° C, 1 to 2.5 A/dm2 rack, 0.5 to 1.2 A/dm2 barrel. |
Bright Acid Zinc Plating Process – Sup-A-Zin HT |
|
| APPLICATIONS: | This acid Zinc plating process produces levelled mirror bright deposit across a wide current density range. The process operates across a wide temperature range eliminating the requirement of cooling equipment and will plate onto cast irons and heat treated carbon steels. |
| OPERATING CONDITIONS: | Sup-A-Zin B Salt 210 to 230 g/l + Sup-A-Zin-A Concentrate 90 to 110 ml/l + Sup-A-Zin-HT initial brightener 15 ml/l + Sup-A-Zin-HT maintenance Brightener 0.5 ml/l, 25 to 55° C, pH 5 to 5.8, 0.1 to 1.5 A/dm2 Barrel, 0.5-5.5 A/dm2 rack. |
Bright Acid Zinc Plating Process – Sup-A-Zin XHT 411/412 |
|
| APPLICATIONS: | This acid zinc plating process produces levelled mirror bright deposit across a wide current density range. The process operates across a wide temperature range eliminating the requirement of cooling equipment and will plate onto cast irons and heat treated carbon steels. |
| OPERATING CONDITIONS: | Sup-A-Zin-B salt 210-230 gm/l + Sup-A-Zin-A concentrate 90-110 ml/l + Sup-A-Zin-HT initial brightener 15ml/l + Sup-A-Zin-HT maintenance brightener 0.5 ml/l, 25-55° C, pH 5-5.8, 0.1-1.5 A/dm2 barrel, 0.5-5.5 A/dm2 rack. |
Turbozin 6000 (Cyanide Process) |
|
| APPLICATIONS: | Turbozin 6000 is an alkaline-cyanide type solution for general purpose bright zinc plating which is suitable for use in automatic, manual vat and barrel installations. It produces a bright deposit over a wide temperature and current density operating range, is economical to operate and simple to maintain. |
| OPERATING CONDITIONS: | CYNOSTAR Bright Zinc salts = 200 grams + TURBOZIN 6000 = 6 ml. |
Ecozin (Alkaline Zinc) |
|
| APPLICATIONS: | An envvironfriendly option for zinc plating Non Cyanide alkaline zinc solution producing fully bright deposit which accept all types of passivation including blue passivation. It has high cathode efficiency and minimizes effluent problems. Rack or barrel use. with improved LCD coverage. Low stress ductile deposit. |
| OPERATING CONDITIONS: | Ecozin Base Salt 200 – 25 gm/l. + Ecozin Brightener 20 ml/l. + Ecozin Conditioner 3 ml/l. at 18 – 30° C 1 to 2.5 A/dm2 (Rack), 0.5 to 1.2 A/dm2 (Barrel) |
Ecozin 207 and Ecozin 2013 |
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| APPLICATIONS: | These two are improved versions of Ecozin. With more uniform thickness distribution with very attractive HCD: LCD thickness ratio. stress free ductile deposit, free from delayed blistering issues. |
| OPERATING CONDITIONS: | Ecozin 207 Ecozin Base Salt=200-250 gm/l. Ecozin-207 A=20 ml/l. Ecozin-207 B=10 ml/l Ecozin-207 E=10 ml/l., Ecozin-207 D=10 ml/l Ecozin Conditioner=3 – 5 ml At 18-30° C , CD 1to 2.5 A/dm2 (Rack), 0.5 to 1.2 A/dm2 (Barrel). Ecozin 2013 Ecozin Base Salt=200-250 gm/l. Ecozin-2013 A=30 ml/l, Ecozin 2013 B =10ml/l Ecozin-2013 E=20ml/l Ecozin Conditioner=5 ml/l At 18-30° C , CD 1to 2.5 A/dm2 (Rack), 0.5 to 1.2 A/dm2 (Barrel). |
Sup-A-Zin-XHT 401 M/ 402 R (Acid Zinc) |
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| APPLICATIONS: | This acid zinc plating process produces leveled mirror bright deposit across wide temperature and current density range minimizing the requirement of cooling of plating solution. Will easily plate onto cast irons and heat treated carbon steels, free process avoids oil-out problems. |
| OPERATING CONDITIONS: | Sup A Zin B Salt 210 – 230 gm/l. + Sup A Zin A concentrate 90 – 110 ml/l. + Sup A ZinXH401M 15-30 ml/l. + Sup A Zin XHT 402Rr 0.5 ml/l. at Ambient. pH 5-5.8, at 0.1 – 1.5 A/dm2 for barrel, & 0.5 – 5.5 A/dm2 for rack operation |
Sup-A-Zin-XHT 411 M/ 412 R (Acid Zinc) |
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| APPLICATIONS: | This acid zinc plating process produces leveled mirror bright deposit across wide temperature and current density range minimizing the requirement of cooling of plating solution. Will easily plate onto cast irons and heat treated carbon steels. without any oilout Problems. |
| OPERATING CONDITIONS: | Sup A Zin B Salt 210 – 230 gm/l. + Sup A Zin A concentrate 90 – 110 ml/l. + Sup A ZinXHT Brightener 15 ml/l. + Sup A Zin XHT Maintenance Brightener 0.5 ml/l. at 25 – 55° C. pH 5-5.8, at 0.1 – 1.5 A/dm2 for barrel, & 0.5 – 5.5 A/dm2 for rack operations. |
