About Canpure

        Canpure Enterprise Group originated in Canada in 2003. In order to serve customers in China, Canpure Environmental Protection Tech., Ltd was established in 2007. In 2017, Canpure Beijing joined HNAC Technology Co.,Ltd (stock code: 300490), gained new impetus of listed companies and embarked on a new platform for further rapid development. The main members of Canpure enterprises are Canpure China and Canpure India. The main production bases are located in Beijing, Changsha and Changdigarh,India. Canpure enterprise group is committed to providing innovative water treatment products, membrane technology and related services to the world.

 By the end of 2021, the overall water treatment capacities of Canpure Ultrafiltration Membrane (UF) had exceeded 10 million m3 / day, and Canpure Electro - deionization (EDI) had exceeded 1.4 million m3/d, respectively in China.The diversified Canpure membrane have been well-accepted by costumers in 24 countries, including the China, Italy, The Netherlands, India and Japan.

        Canpure is the deputy vice chairman of the Membrane Industry Association of China (MIAC), a council member of the National Society of Seawater Desalination and Water Reuse as well as a council member of China Environment Chamber of Commerce (CECC).

Canpure membrane products consist of Electro - deionization (EDI), Ultrafiltration (UF), microfiltration (MF) and Membrane Bioreactor (MBR).

The products are widely used in water purification, wastewater treatment and waste water reuse both for industrial, municipal applications, in seawater desalination pretreatment and in ultrapure water preparation.

Beijing Canpure is committed to research and development, and manufacturing for water treatment membranes and membrane modules, and is also responsible for the marketing of Canpure membrane products in China. Canpure Beijing has inherited and carried forward there search and experience of membrane technology of Canpure Group for more than 20 years, in the field of membrane technology innovationand obtained more than 70 patents.

Canpure brand EDI membrane modules are manufactured with proprietary technology, high hardness in water supply. The limitations of traditional EDI technology are broken through in terms of degree and low energy consumption.

Canpure brand EDI membrane modules are manufactured with proprietary technology, high hardness in water supply. The limitations of traditional EDI technology are broken through in terms of degree and low energy consumption.

The PVDF membrane capillaries for Canpure Outside-in Ultrafiltration (UF), Submerged Ultrafiltration (UF) and MBR are made by innovated and patented c-TIPS technology, the strength of the capillaries is much stronger than PVDF capillaries made by conventional NIPS or DIPS technology, and the filtration grade is much higher than PVDF capillaries made conventional TIPS technology. Has the obvious strength and the filter precision superiority.

Canpure brand PS Inside-out ultrafiltration membrane adopts proprietary cross linking technology, flux stability, high membrane wire strength, high filtration precision, and strong antipollution ability.

Canpure PTFE flat sheet MBR membrane is manufactured with patented technology, Equipment covers a small area, high integration, investment Capital and operating costs compared to traditional flat membrane both significantly lower.

Canpure brand "thermal process inlay "Braided tube reinforced MBR membrane products are magnetically suspended. The inner island braided tube is reinforced with technology that is not only substantially manufactured Increased the strength of the membrane filaments, and solved the membrane at one stroke Silk "broken silk" and "peeling" phenomenon. Lead the new development of MBR membrane products.

Canpure T-CAP adopted the company's advanced technology, by using of double inlet and outlet, so the ultrafiltration can be used in series. The traditional ultrafiltration can only be connected to the main pipe through a single inlet and outlet branch pipe. The application of T-CAP is more conducive to the standardization of ultrafiltration. The T-CAP is not only shortened the design time, and lowered the cost of the building, and the skid. It greatly reduces installation time and improves efficiency accordingly.