This product exhibits performance comparable to the 201 × 7 Strongly Basic Styrene Type I Anion Exchange Resin, demonstrating strong basicity. However, due to its macroporous structure, it possesses superior physical and chemical stability, with high resistance to permeation stress, abrasion, and contamination. It can exchange and adsorb larger ions and molecules. This product can be used in non-aqueous media and is commonly employed as a solid strong base catalyst.

• High‑speed mixed‑bed water treatment: This resin is well‑matched for large‑throughput mixed‑bed deionization systems applied in power generation stations and industrial ultrapure‑water manufacturing premises. Combined with macroporous strong‑acid cation exchange resin, it polishes condensate water and eliminates residual anionic contaminants so as to obtain stable high‑purity effluent. With outstanding anti‑osmotic‑shock characteristics and remarkable wear‑resisting mechanical properties, it can sustain long‑term continuous operation under high linear flow‑rate working conditions.
• Industrial wastewater treatment: Featuring a distinctive macroporous internal structure, the resin can absorb routine inorganic anions alongside high‑molecular‑weight organic contaminants coming from chemical, electroplating and petrochemical production lines. It lowers pollutant concentrations in wastewater to meet industrial effluent regulatory requirements. Moreover, it can cope with inlet water loaded with organic fouling substances, which would otherwise degrade the operating efficiency of gel‑type ion exchange resins.
• Rare metal extraction: It is widely put into service for processing leaching solutions produced in hydrometallurgical operations. In complicated feed solutions containing numerous interfering ions, it completes selective adsorption, segregation and concentration of target rare‑metal anionic complexes. The resin helps simplify downstream metal‑recovery processes, improve final product yields and reduce chemical reagent usage during rare‑element separation work.
• Heavy‑metal recovery: It selectively collects anionic complexes carrying heavy‑metal constituents from general‑manufacturing and electroplating wastewater streams. Beyond basic removal of toxic heavy metals for emission compliance, it realizes resource reutilization by means of elution and regeneration treatments. It minimizes the output of hazardous waste and promotes circular‑economy‑based manufacturing within metal‑processing enterprises.
• Strong alkaline solid catalysts: It acts as a reusable solid strong‑base catalyst suitable for various organic synthesis procedures. Relying on its dimensionally stable macroporous network, it maintains steady catalytic activity even in non‑aqueous reaction surroundings. When contrasted with liquid‑form alkaline catalysts, D201 simplifies separation tasks following chemical reactions, lessens waste‑liquid generation, and allows multiple regeneration cycles to lower overall operating costs for chemical manufacturers.

What is your main product?

We mainly produce ion exchange resins, macroporous adsorption resins, chelating resins, food grade resins, nuclear-grade uniform particle resins, life science chromatography media and supporting system equipment.

How many product types do you have?

We have more than 100 models, over 30 series of adsorption and separation materials.

What is your annual production capacity?

Our annual capacity is 255,000 metric tons.

Are your products comparable to imported brands?

Yes. Our nuclear-grade and uniform-particle resins meet or exceed the performance of imported products.

What certifications do you have?

We hold ISO9001, ISO14001, ISO45001, FDA, CE, WQA Gold Seal, Kosher, REACH, EAC and other international certifications.

What are the key advantages of your resins?

High exchange capacity, uniform particle size, good mechanical strength, strong anti-fouling ability, high regeneration efficiency and long service life.

What fields are your products used in?

Metal resources (lithium extraction), life sciences, water treatment & ultrapure water, food processing, environmental protection, chemical catalysis.

Which resin is used for sugar refining & decolorization?

Our weak base anion resin is specially used for syrup decolorization, deashing and acid removal.

Can you treat electroplating wastewater (e.g. chromium)?

Yes. Our anion exchange resins and chelating resins effectively remove heavy metal anions, thereby ensuring compliance with discharge standards and enabling resource recovery.

Do you have resins for ultrapure water / semiconductor / nuclear power?

Yes. We supply uniform particle polishing resins and nuclear-grade resins for high-purity water systems.

Do you provide lithium extraction solutions?

Yes. We have delivered 12 salt lake lithium extraction projects with total capacity nearly 100,000 tons LCE.

What is the service life of your resin?

Under normal conditions, the service life is 3–5 years.

Is regeneration easy?

Yes. Our resins feature high regeneration efficiency, low chemical consumption and low operation cost.

Do you offer on-site commissioning?

Yes. We provide on-site installation, commissioning, regeneration guidance and troubleshooting.

Do you provide technical training?

Yes. We offer free operation, maintenance and safety training for customers.

How about pressure drop and stability?

Uniform particle design ensures low pressure drop, fast exchange speed and stable running.

Can you customize resins?

Yes. We customize particle size, functional groups, crosslinking degree according to your water quality and process.

Do you provide one-stop solutions?

Yes. We provide full solutions: resin selection + system equipment + commissioning + after-sales.

Do you support global delivery?

We have subsidiaries in Europe, the US and South America, supporting fast worldwide delivery.

What pre-sales service do you offer?

Free selection and process design based on your water quality report and treatment target.

Do you accept small orders / trial orders?

Yes. We support trial orders and small-batch supply for testing and verification.