Plating Product

Zinc Brightener

Acid Plating

Z-3000(5X) & Z-3000B2

Description

Chloride zinc brightener which can be obtained excellent corrosion resistance and is easy to use for no cloud point.

Advantage

  1. Z-3000W(5X) is concentrated type of brightener.
  2. Excellent brightness, leveling and covering power.
  3. Excellent current efficiency and it can be used on high carbon steel and casting materials and also baking property.
  4. No Cloud Point.

Alkaline Plating for Rack

NZ-98 LC, including: NZ-98LCS NZ-98LCA NZ-98LCB NZ-Conditioner

Description

Advanced type of alkaline non cyanide zinc brightener designed to produce excellent throwing power and bending property, and maintain the integrity of the deposit even after baking.

Advantage

  1. Brighter appearance, higher plating speed, and lower current density processing than existing product.
  2. Minimal loss of current efficiency at high current densities and no burning, which reduces plating time.
  3. Works well with baking and trivalent black chrome conversion film.
NZ-98, including: NZ-98S NZ-98B NZ-87B NZ-Conditioner

Description

Alkaline brightener that increases plating speed and brightness beyond existing alkaline zinc plating baths at lower current densities.

Advantage

  1. Can be obtained uniform thickness on complicated articles due to excellent throwing power.
  2. High plating speed.
  3. Difficult to be affected by impurities and easy solution control.
NZ-98AC, including: NZ-98A NZ-98C NZ-Conditioner

Description

Advanced type of alkaline non cyanide zinc brightener designed to produce excellent throwing power and bending property, and maintain the integrity of the deposit even after baking.

Advantage

  1. Can be obtained uniform thickness on complicated articles due to excellent throwing power.
  2. High plating speed.
  3. Low internal stress and excellent adhesion.
  4. Difficult to be affected by impurities and easy solution control.
NZ-98K, including: NZ-98S NZ-98K NZ-87B NZ-Conditioner

Description

Advanced type of alkaline non cyanide zinc brightener designed to produce excellent throwing power. DIPSOL NZ-98K can be operated in wide current density areas and zinc concentration, and it is very difficult to be affected by impurities.

Advantage

  1. Can be obtained uniform thickness on complicated articles due to excellent throwing power.
  2. It is difficult to be affected by pre-treatment.
  3. High plating speed.
  4. Low internal stress and excellent adhesion.
  5. Difficult to be affected by impurities and easy solution control.

Alkaline Plating for Barrel

NZ-110R, including: NZ-110A NZ-110B NZ-110C NZ-110R NZ-Conditioner

Description

A brightener with more respondent to throwing power, compared to a conventional brightener having throwing power. DIPSOL NZ-110R excellently responds to trivalent chromium conversion coating.

Advantage

  1. Have good throwing power.
  2. Optimum for long bolt plating.
  3. Best response to trivalent chromium conversion coating, especially black trivalent chromium conversion coating.

Chloride Zinc Brightener

Hi-Nic Process for Rack

IZ-250YMS IZ-250YS IZ-250YR IZ-250YNi IZ-250YB F-0529 P-0731

Description

An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for rack plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18% nickel.

Advantage

  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating.
  3. Excellent adhesion and corrosion resistance in high temperature applications.
  4. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.

Hi-Nic Process for Barrel

IZ-252MS IZ-252SR IZ-252Ni IZ-250B F-0529 P-0731

Description

An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for barrel plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18 % nickel.

Advantage

  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating. Provides more than four or five times of corrosion resistance in salt spray test compared with zinc plating.
  3. Excellent adhesion and corrosion resistance in high temperature applications.
  4. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.
IZ-250YMS IZ-250YS IZ-250YR IZ-250YNi IZ-250YB F-0529 P-0731

Description

An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for barrel plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18% nickel.

Advantage

  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating.
  3. Easily control bath.
  4. Excellent adhesion and corrosion resistance in high temperature applications.
  5. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.

Description

An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for barrel plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18% nickel.

Advantage

  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating.
  3. Easily control bath.
  4. Excellent adhesion and corrosion resistance in high temperature applications.
  5. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.

Zn-Ni Alloy Plating

IZ-258S IZ-258R IZ-263E

Description

An iridescent chromate conversion agent on high-nickel zinc-nickel alloy deposit. It can be used in both rack and barrel application.

Advantage

  1. It greatly improves the corrosion resistance of zinc-nickel alloy plating.
  2. A uniform chromate conversion coating can be obtained on zinc-nickel alloy plating having wide range of Ni co-deposition ratio (12 ~ 18 %).
  3. A bath control is very easy, because it can be used in the wide range of concentration and temperature.
Main Product Detail Product Product Name Product Description Advantage
Zn Plating Solution Acid Plating Z-3000(5X)
Z-3000B2		 Chloride zinc brightener which can be obtained excellent corrosion resistance and is easy to use for no cloud point.
  1. Z-3000W(5X) is concentrated type of brightener.
  2. Excellent brightness, leveling and covering power.
  3. Excellent current efficiency and it can be used on high carbon steel and casting materials and also baking property.
  4. No Cloud Point.
Alkaline Plating for Rack NZ-98 LC, including:
NZ-98LCS
NZ-98LCA
NZ-98LCB
NZ-Conditioner		 Alkaline brightener that increases plating speed and brightness beyond existing alkaline zinc plating baths at lower current densities.
  1. Brighter appearance, higher plating speed, and lower current density processing than existing product.
  2. Minimal loss of current efficiency at high current densities and no burning, which reduces plating time.
  3. Works well with baking and trivalent black chrome conversion film.
NZ-98, including:
NZ-98S
NZ-98B
NZ-87B
NZ-Conditioner		 Advanced type of alkaline non cyanide zinc brightener designed to produce excellent throwing power and bending property, and maintain the integrity of the deposit even after baking.
  1. Can be obtained uniform thickness on complicated articles due to excellent throwing power.
  2. High plating speed.
  3. Difficult to be affected by impurities and easy solution control.
NZ-98AC, including:
NZ-98A
NZ-98C
NZ-Conditioner		 Advanced type of alkaline non cyanide zinc brightener designed to produce excellent throwing power and bending property, and maintain the integrity of the deposit even after baking.
  1. Can be obtained uniform thickness on complicated articles due to excellent throwing power.
  2. High plating speed.
  3. Low internal stress and excellent adhesion.
  4. Difficult to be affected by impurities and easy solution control.
NZ-98K, including:
NZ-98S
NZ-98K
NZ-87B
NZ-Conditioner		 Advanced type of alkaline non cyanide zinc brightener designed to produce excellent throwing power. DIPSOL NZ-98K can be operated in wide current density areas and zinc concentration, and it is very difficult to be affected by impurities.
  1. Can be obtained uniform thickness on complicated articles due to excellent throwing power.
  2. It is difficult to be affected by pre-treatment.
  3. High plating speed.
  4. Low internal stress and excellent adhesion.
  5. Difficult to be affected by impurities and easy solution control.
Alkaline Plating for Barrel NZ-110R, including:
NZ-110A
NZ-110B
NZ-110C
NZ-110R
NZ-Conditioner		 A brightener with more respondent to throwing power, compared to a conventional brightener having throwing power. DIPSOL NZ-110R excellently responds to trivalent chromium conversion coating.
  1. Have good throwing power.
  2. Optimum for long bolt plating.
  3. Best response to trivalent chromium conversion coating, especially black trivalent chromium conversion coating.
Zn-Ni Plating Solution Hi-Nic Process for Rack IZ-250YMS
IZ-250YS
IZ-250YR
IZ-250YNi
IZ-250YB
F-0529
P-0731		 An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for rack plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18% nickel.
  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating.
  3. Excellent adhesion and corrosion resistance in high temperature applications.
  4. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.
Hi-Nic Process for Barrel IZ-252MS
IZ-252SR
IZ-252Ni
IZ-250B
F-0529
P-0731		 An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for barrel plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18 % nickel.
  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating. Provides more than four or five times of corrosion resistance in salt spray test compared with zinc plating.
  3. Excellent adhesion and corrosion resistance in high temperature applications.
  4. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.
IZ-250YMS
IZ-250YS
IZ-250YR
IZ-250YNi
IZ-250YB
F-0529
P-0731		 An alkaline type, cyanide free, Zinc-Nickel alloy electroplating process for barrel plating bath. This process is excellent in throwing power and covering power, and can be obtained the deposit consists of uniform zinc alloy containing 12 ~ 18% nickel.
  1. Excellent in throwing power and covering power due to alkaline non-cyanide bath.
  2. Provide the highest corrosion resistance in Zn-Ni alloy plating.
  3. Easily control bath.
  4. Excellent adhesion and corrosion resistance in high temperature applications.
  5. Trivalent Chromium conversion coating both clear and black can be applied for corresponding to ELV and RoHS Directive.
Zn-Ni Alloy Plating IZ-258S
IZ-258R
IZ-263E		 An iridescent chromate conversion agent on high-nickel zinc-nickel alloy deposit. It can be used in both rack and barrel application.
  1. It greatly improves the corrosion resistance of zinc-nickel alloy plating.
  2. A uniform chromate conversion coating can be obtained on zinc-nickel alloy plating having wide range of Ni co-deposition ratio (12 ~ 18 %).
  3. A bath control is very easy, because it can be used in the wide range of concentration and temperature.

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