Current location:Products
Chemical NameSurface Treatment Agent
Cyanide-free silver plating
CAS No:
Product Code:SILVER-2
The process is a decorative and functional dual-purpose process that is widely used in the electronics industry and decorative electroplating.
Bright silver plating
CAS No:
Product Code:SILVER-1
The process is a decorative and functional dual-purpose process that is widely used in the electronics industry and decorative electroplating
Suitable for a range of substrates including aluminum alloys, stainless steels, carbon steels, alloy steels, copper alloys, certain non-conductive substrates and etc.
Semi-bright environment-friendly high-ph
CAS No:
Product Code:LT807
Suitable for electroless nickel plating on aluminum alloys, stainless steels, carbon copper, alloy steels, copper alloys, and some non-conductive substrates.
All-bright environment-friendly medium p
CAS No:
Product Code:LT806
Suitable for a range of substrates including aluminum alloys, stainless steels, carbon steels, alloy steels, copper alloys, certain non-conductive substrates and etc.
Alkaline electroless nickel plating
CAS No:
Product Code:LT805
It can deposit a smooth, continuous and highly adherent layer on the already activated plastic surface, and it is resistant to contact sintering.
Alkaline galvanizing
CAS No:
Product Code:LT517
Can get mirror-bright plating, with excellent metal distribution
Alkaline galvanizing
CAS No:
Product Code:LT528
Can get bright plating, with excellent ductility
Alkaline galvanizing
CAS No:
Product Code:LT518
Can get mirror-bright plating, with excellent resistance to tempering
Acid galvanization
CAS No:
Product Code:LT907
Water soluble low foam type, excellent depth capability, suitable for rack plating and barrel plating, wide operating range
Acid galvanization
CAS No:
Product Code:LT906
Excellent depth capability, suitable for rack plating and barrel plating, wide operating range
Acid galvanization
CAS No:
Product Code:LT902
Water soluble low foam type, suitable for rack plating and barrel plating, wide operating range
Acid galvanization
CAS No:
Product Code:LT901
Suitable for rack plating and barrel plating, wide operating range
Trivalent chromium color passivator
CAS No:
Product Code:LT667
Suitable for thick film passivation of zinc-nickel alloy, can get blue to iridescent appearance; neutral salt spray test for 240 hours, no white rust
Trivalent chromium color passivator
CAS No:
Product Code:LT669
The cobalt-free passivation process is particularly suitable for passivation processes that require boiling tests. Suitable for color and blue-white passivation for alkaline zinc and acid zinc,normal temperature type;neutral salt spray test barrel plating for 72 hours, without white rust after rack plating for 120 hours
Trivalent chromium color passivator
CAS No:
Product Code:LT668
Color passivation for alkaline zinc and zinc acid,heating type, can also be operated at room temperature; neutral salt spray test barrel plating for 120 hours, without white rust after rack plating for 168 hours
Trivalent chromium color passivator
CAS No:
Product Code:LT666H
Color passivation for alkaline zinc and zinc acid,heating type, can also be operated at room temperature; neutral salt spray test barrel plating for 120 hours, without white rust after rack plating for 168 hours
Trivalent chromium color passivator
CAS No:
Product Code:LT661
Color passivation for alkaline zinc and zinc acid,normal temperature type;neutral salt spray test barrel plating for 72 hours, without white rust after rack plating for 120 hours
Trivalent chromium color passivator
CAS No:
Product Code:Leadthick
Color passivation for alkaline zinc and zinc acid, can get clear, translucent purple-green appearance
Trivalent chromium blue white passivator
CAS No:
Product Code:LeadBlue
Blue-white passivation for alkaline zinc and zinc acid, especially suitable for large plane and automatic line processing
Total 29 Records 12
 Page
Copyright (C) 2021,Wuhan Surfachem New Materials Co., Ltd. All Rights Reserved.Supported by ChemNet ChinaChemNet Toocle 31fabu Copyright Notice