CHEMONIL REDU 803 is a low-phosphorus, heavy metal-free chemical nickel process for depositing low-gloss nickel-phosphorus coatings with a phosphorus content of 1-3% and an initial hardness of approximately 750 HV0.5.

The hardness of the nickel layer can be further increased through appropriate heat treatment. The applicability of the process over a wide temperature range of 60-85°C allows for various deposition rates with compressive stresses while maintaining good process stability. With careful operation, good results can generally be achieved up to the 10th MTO (Metal Turnover).

A process that operates without an external power source, rapidly depositing firmly adhering, thick, pore-free, extremely wear-resistant, and highly corrosion-resistant nickel layers. Based on nickel chloride. Not suitable for use in stainless steel tanks. Produces closed pore-free layers even at thicknesses greater than 4 µm.

A process that operates without an external power source, rapidly depositing firmly adhering, thick, pore-free, extremely wear-resistant, and highly corrosion-resistant nickel layers. Based on nickel sulfate. Compliant with ROHS and ELV regulations.

The modern stabilizer system allows for loadings of 0.1 to 2.0 dm²/L. Cost savings are achieved through lower operating temperatures (80-88°C) compared to common competitive systems.

Deposition rate: 10-14 μm per hour > 6 MTO (Metal Turnover).

CHEMONIL REDU 812 AF is an electroless nickel process that deposits highly corrosion-resistant nickel-phosphorus coatings (10-12% phosphorus). The layers are X-ray amorphous and non-magnetic.

CHEMONIL REDU 812 AF is free of ammonium compounds and strong complexing agents, simplifying wastewater treatment compared to ammonium-containing systems.

The layers deposited with CHEMONIL REDU 812 AF are ROHS and ELV compliant.