At Eco-Point, we prioritize creating sustainable cleaning and maintenance products that are environmentally friendly and safe for users. This hazard-free, biodegradable product neutralizes carcinogenic Chromium 6 and converts it into harmless Chromium 3, marking a significant step towards a safer world. Chrome 6 Neutralizer replaces every other cleaning solution available on the market with a safe and biodegradable product that works.
Sustainable solution
Chrome-6 Neutralizer is an acid-based, biodegradable neutralization liquid for converting harmful chromium-6 to harmless chromium-3. This product can be used to combat source-specific chromium-6.
In combustion engines, the build-up of chromium-6 dust is often present under the insulation parts where stainless steel (inox) parts are also used. The prolonged heat produces chromium-6 from the stainless steel, often recognizable by dust with a yellow color. Spraying with Chrome-6 Neutralizer converts chromium-6 to chromium-3 and also prevents dust absorption into the air.
Areas of application
Chrome-6 Neutralizer can be used in industry to combat chromium-6 (dust), where exposure can occur during maintenance and overhaul of:
CHPs (combined heat and power) are used by horticulturists for heat and CO2 in greenhouses, but also to supply electricity. Prolonged heating of the stainless steel in the insulation parts increases the risk of chromium-6 dust being formed. This also applies to:
Marine engines
Diesel engines
Gas turbines
Solution Areas
Chromium-6 is classified as a carcinogen and therefore carcinogenic.
The limit value of chromium-6 is very low and therefore has a high exposure risk.
Chromium-6 dust is released when stainless steel (inox) is heated over extended periods, in combustion engines, gas turbines, CHPs, etc.
Maintenance and overhaul of such systems therefore requires additional protective measures.
Chromium-6 also occurs in paint and preservation systems and is released during processing. This product is not suitable for use on chrome paint.
Dust spreads easily through poorly ventilated areas, increasing the risk of exposure.