Guide you to a detailed understanding of platinum catalysts

Platinum catalyst is a general term for catalysts made with platinum metal as the main active component. Platinum metal mesh, platinum black, or platinum supported on alumina or other carriers can also contain metal rhenium as a co catalyst component. Mainly used for processes such as ammonia oxidation, petroleum hydrocarbon reforming, unsaturated compound oxidation and hydrogenation, removal of carbon monoxide and nitrogen oxides from gases, etc. It is a catalyst commonly used in chemical, petroleum, and chemical reaction processes. It has high catalytic activity, strong selectivity, easy catalyst production, and low usage. The catalytic performance can be optimized by changing and improving the manufacturing method, and compounding with other metal or co catalyst active components. Widely applicable, capable of repeated regeneration and activation, with a long lifespan, and the metal palladium from waste catalysts can be recycled and reused.

Many platinumcatalyzerThe varieties have become patented products, applied in various industries, and platinum catalysts with new structures and catalytic functions are still being continuously developed. This not only makes many difficult to achieve reaction processes possible through platinum catalyst catalysis, but also improves and enhances many industrial production processes such as petroleum and chemical industry due to the use of newly developed platinum catalysts, simplifying the process and increasing economic benefits. Therefore, platinum catalysts still have great development prospects.

Instructions for using platinum catalyst:

Usage ratio: When preparing pre mixed rubber materials such as liquid silicone rubber and electronic sealant, add 2.0-8.0 grams of catalyst per kilogram of A component (non Si-H component) base rubber and mix thoroughly.Mix component A and component B with added catalyst in proportion, and after thorough mixing, carry out molding processing according to the actual molding process.

The recommended curing conditions are:120 ℃/180-300s (thickness 2mm).

The optimal catalyst addition ratio and curing conditions should be determined based on different products and production processes.