Sinye Silicon Carbide Foam Ceramic Filter - China

Silicon Carbide based foam ceramic filter has the characteristics of high intensity, excellent thermostability, large surface area and precise sizing, which is suitable for the purification of ductile iron, gray iron, malleable iron and all types of high or low iron alloy, as well as copper alloys and aluminum alloys.

Characteristics:

High intensity, excellent thermostability, large surface area and precise sizing, which is suitable for the purification of ductile iron, gray iron, malleable iron and all types of high or low iron alloy, as well as copper alloys and aluminum alloys.

Company Contact:

• Posted By: Suzhou Xingye Materials Technology Co., Ltd.

• Phone: 86-512-65399533

• Address: No.15 Daoan Road, Xuguan Industrial Park, Suzhou City, Jiangsu Province, China

• Email:

• Website: http://www.chinaxingye.com

• Business Description: Suzhou Xingye Materials Technology Co., Ltd. (Stock Code SH603928) is a high-tech enterprise focused on R&D, manufacture, sale and related technical services of foundry functional new materials.
  
  Founded in 1992, our headquarters is located in Xushuguan town with floor space about 286,000SQM, employees over 600 and three subsidiaries of Suzhou Sinye Chemical Co., Ltd., Suzhou Xingye Materials Technology Nantong Co., Ltd. and Ningxia Shengdingfeng New Materials Co., Ltd. In Dec.
  
  2016, the company started IPO on Shanghai Stock Exchange and became a public limited company in China.
  
  For more than 20 years of continuous innovation and profound accumulation, the company always adheres to the business philosophy of "Nurturing SINYE with innovative spirit, Giving back to society with green products", and thoroughly implements the business mode of 3P"Precision marketing, Personalized products and Professional services".
  
  The company keeps creating chemical new materials of binder for the foundry industry, and has covered three main industries including foundry special materials, special phenolic resin, inoculant and nodulariser etc.