Stelux CN

Stelux CN - Innovative Abrasive Material Made of Stainless Steel

• Customized Surface Finish: Satin or Glossy
• Stable Operating Mixture
• No Additional Chemical Treatment Required
• 100% Recyclable

Excellent Abrasive Material for Cleaning and Finishing Surfaces

Stelux CN is a highly specialized abrasive material made of stainless steel, ideal for precise surface treatment of non-ferrous metal parts. This unique product is perfect for cleaning, deburring, and finishing surfaces, guaranteeing professional results in every use.

Unique Properties of Stelux CN

Due to its austenitic microstructure, resistance to contamination by non-ferrous metals, and hardening process during blasting, Stelux CN is the most suitable abrasive medium for stainless steel in the mechanical processing of non-ferrous metals and stainless steel parts. This material meets stringent specifications and standards, such as NADCA and ASTM A 380M, ensuring unmatched quality and reliability.

Advantages of Using Stelux CN

Stelux CN is ideal for processing aluminum alloys and castings, such as silumin, ZAMAC alloys, zinc die-castings, as well as parts made of non-ferrous metals like copper, brass, bronze, or nickel alloys. It is also excellent for stainless steel castings, forgings, and welded parts, including the 200 and 300 series.

Using Stelux CN before powder coating ensures perfect surface preparation. It offers the possibility of achieving a customized surface finish, resulting in either a satin or glossy appearance.

Environmentally Friendly and Efficient Solution

Stelux CN provides a stable operating mixture without the need for additional chemical treatment, making it an exceptionally environmentally friendly product. Moreover, it is 100% recyclable, reinforcing its position as an eco-friendly and efficient solution for surface treatment.

Why Choose Stelux CN?

We recommend Stelux CN for its innovation, efficiency, and environmental friendliness. Choose Stelux CN for your surface treatment needs and achieve professional results with minimal environmental impact.