Electroless nickel
In addition to high wear resistance, electroless nickel coatings offer excellent corrosion protection, depending on the phosphorus content (NiP alloy). In addition, the generated surface is conductive. One of the differences to electroplated nickel is that no external electrical current, for example from a rectifier, is used for deposition. The electrons required for the formation of the layer are supplied by means of a chemical redox reaction within the electrolyte itself. As a result, electroless nickel plating produces coatings that are veridical to their contours.
 
Prospectus DURNI-COAT
| Prospectus DURNI-COAT |  | 
Low - Phosphorus
| DURNI-COAT® DNC 700-B Lead free electroless plating nickel electrolyte for high wear resistant applications |  | 
| DURNI-COAT® DNC 771 Lead free electroless plating nickel electrolyte for high wear resistant  application |  | 
Medium - Phosphorus
| DURNI-COAT® DNC 571-11-47 Lead-free electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT® DNC 571-47 Lead-free electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT® DNC 520-12-46 Electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT® 520-12-50 Electroless plating nickel bath for high wear and corrosion resistant applications |  | 
Medium / High - Phosphorus
| DURNI-COAT® DNC 571 Lead-free electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT® DNC 520-9 Electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT® DNC 520-9-48 Electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT®DNC 520-11 Electroless plating nickel bath for high wear and corrosion resistant applications |  | 
| DURNI-COAT® DNC 520-12 Electroless plating nickel bath for high wear and corrosion resistant applications |  | 
High - Phosphorus
| DURNI-COAT® DNC 462 Self-regulating electroless nickel process for wear and high corrosion resistant applications |  | 
| DURNI-COAT® DNC 471 Lead-free electroless plating nickel bath for high wear and corrosion resistant applications |  | 
Dispersion Layers Teflon (PTFE)
| DURNI-COAT® PTFE-DURNI-DISP N Electroless nickel plating bath for wear resistant, low-friction, self-lubricating, non-stick coatings |  | 
Dispersion Layers Silicon Carbide (SiC)
| DURNI-COAT® DURNI-DISP 520 SiC Electroless SiC-NiP plating bath for high wear resistance applications |  | 
| DURNI-COAT® DURNI-DISP 571 SiC Electroless plating lead-free nickel bath for the deposition of coatings with high static friction coefficients |  | 
Aluminium and Steel (pre-nickel plating process)
| riag PN 102 Electroless plating nickel electrolyte for Aluminium |  | 
Magnesium
| DURNI-COAT® DNM-4 Semi-bright electroless nickel plating bath for increased wear and corrosion resistance |  | 
Additive for static rinses
| Additive AB-V1 Additive for static rinses to prevent brown discolouration |  | 
| Additive AB new Additive for static rinses against brown discolouration |  | 
Stop Off Lacquer
| riag Lacquer 990 Stop off lacquer for electroless nickel plating |  |