
Tube settler media for sedimentation of waste water treatment
1. Specification:
2. Descriptions
The Tube Settler Media that we offer are highly efficient and have the ability to filter suspended solids from the waste waters. These tube settlers are designed and developed using MS plate or can be installed in RCC tanks by using PVC tube deck. The tube decks are used as these are effectual for settling with or without coagulation and / or flocculation.
4. Applications:
5. Competitive advantage
Leveraging on the expertise of our skilled professionals, we have been able to manufacture a comprehensive assortment of Tube Settler Media. Enhancing the settling capacity of water clarifiers, the tube settlers make use of isolated tubular channels. Our experts make use of flame resistant raw material, which is procured from the certified vendors of the market. Available at cost-effective prices, the entire range can be custom-designed in accordance with the specific requirements of the clients.
Shanghai Xunhui Environment Technology Co., Ltd.
Focus on low-carbon energy and environment protection technology, we design and manufacture fluid processing and control products to give our contribution to the sustainable energy develop.
Lots of mega projects have been installed with our products, Shanghai expo center, Shanghai Disney energy center, Beijing Z15 tower, Malaysia GDC energy station, etc. Our technology and practical application experience, allow us to provide our client with products and solutions which meet your expectation on building, improving and mainting equipment. The industries we served:
Our R&D, customer experience and manufacturing center is located in the “Low energy building science center” Hanghzou, China. As a Provincial class Postdoctoral workstation by collaboration with China State Energy research institute, which ensure our advantage from technician, science research & development, equipment. Our main products includes: flowmeters, roots air blower, pump, as well as design consultancy on RO, UF, NF design.