High-Performance Solutions by DEAI CHEM

At DEAI CHEM, we specialize in the production of a full range of Hopcalite catalysts designed for efficient carbon monoxide removal and air purification applications. With years of expertise and a commitment to quality, we offer products tailored to meet the diverse needs of global industries.

Comprehensive Range of Hopcalite Catalyst Models

Our Hopcalite catalysts are available in various sizes and forms to suit different operational requirements:

– 12×20 mesh standard granules – Ideal for consistent packing and uniform gas flow.

– 4×8 mesh irregular granules – Specially shaped to maximize surface area and enhance catalytic performance.

– Powdered form – Designed for applications requiring fine dispersion or customized formulation integration.

– 1.2mm spherical granules – Suitable for compact systems where fine control of bed dynamics is necessary.

– 3mm, 6mm, and 9mm cylindrical granules – Offering flexibility for larger-scale industrial applications.

Additionally, customized formulations and dimensions are available based on specific customer needs, allowing us to provide targeted solutions for unique technical challenges.

Key Advantages of DEAI CHEM Hopcalite Catalyst

Our Hopcalite catalysts are engineered with several critical advantages:

– High catalytic efficiency – Rapid and effective CO oxidation even at low temperatures.

– Low dust formation – Thanks to optimized particle strength and production techniques.

– Excellent mechanical durability – Reducing material degradation during long-term use.

– Flexible application – Widely used in respiratory protection, air purification systems, industrial gas treatment, and emergency filtration solutions.

Commitment to Quality and Innovation

At DEAI CHEM, we combine advanced production processes with rigorous quality control to ensure every batch of catalyst meets international performance standards. Our R&D team continuously works to improve catalyst formulations, enhancing both efficiency and operational lifespan to meet evolving environmental and industrial requirements.