About Us

Homepage
>

Axchem: Sustainable Innovation for the Paper Industry

Our Story

Axchem has grown from a local chemical supplier to a global leader in specialized paper industry solutions. Our commitment to innovation and sustainability drives the development of advanced chemical technologies that optimize paper production processes while minimizing environmental impact.

We focus on innovation by investing in research and development to create tailored solutions. Our technologies for fiber retention, resin control, water management, and scale prevention are designed to improve productivity and paper quality.

Sustainability is at the core of our approach. Our bio-sourced products, water recycling systems, and odor control solutions help clients reduce waste, conserve resources, and comply with strict environmental regulations.

Axchem is known for its customer care and lasting partnerships. We collaborate closely with clients, providing technical support and customized solutions, ensuring optimal performance at every stage of production.

30+

Years of Excellence

$100M+

Annual Revenue

15+

Countries Served

500+

Employees Worldwide

Innovation & Research

Optimization of Retention and Drainage Aids:

Axchem has focused on improving retention and drainage agents in papermaking, allowing for better fiber efficiency and chemical additive use. These innovations enhance paper quality while reducing production costs and energy consumption.

Development of Sustainable Polymers:

Axchem’s research has concentrated on creating environmentally friendly polymers for the paper industry, replacing harsher chemical compounds. This contributes to reducing environmental impacts while maintaining high performance in production processes.

Chemical Solutions for Water Footprint Reduction:

Another key innovation from Axchem has been the development of chemical solutions that improve water treatment in paper production plants. These technologies help reduce water consumption and maximize water reuse in the manufacturing process.