With the industry's increasing focus on efficiency, stability, and sustainability, Sunresin’s Continuous Ion Exchange system is the choice for forward-thinking producers in the 1,4-butanediol market.

At Sunresin, we are pioneering advancements in resin and chromatography systems to optimize ergothioneine production, reducing costs and raising product quality. Discover how Sunresin’s innovative separation technology can elevate your production capabilities. Contact us today to learn how our tailored solutions can drive success in your processes.

The quality of brine in chlor-alkali production is crucial. Traditional primary brine purification does not meet the required standards, so secondary purification of the brine is necessary.

The ion exchange method stands out for its efficiency, low operational costs, and ability to meet strict environmental standards, making it a versatile and increasingly popular choice for arsenic removal in both drinking water and industrial applications.

Pyridine and pyridine derivatives are very important fine chemical raw materials or products, widely used in industrial solvents, pharmaceuticals, pesticides, feed, dyes, and other fields.

At Sunresin, we are revolutionizing the field of wastewater resource recovery and VOCs waste gas treatment with our cutting-edge adsorption and separation materials.

For many years, Sunresin has been dedicated to research on water pollution prevention and resource recovery, focusing on the combination of pollutant control and resource utilization.

Sunresin is transforming pharmaceutical formulations with its innovative medicinal powder resins. These water-insoluble polymers feature a unique mesh-like structure capable of exchanging ions with those in a solution.