东营市众辉新型材料科技有限公司
Dongying Zhonghui New-type Material Technology Co., Ltd.
我公司位于中国山东半岛的东营市，是一家具有独立法人资格的高新科技企业。公司固定资产1000多万人民币，年生产能力1500吨。 2019年6月，公司顺利通过IS09001质量管理体系认证。截止今日，销售钛酸钾晶须及钛酸盐片晶共计3500吨左右。
公司研发实力雄厚，拥有中国科学院研究员两名，工程师5名，专业技术员26名。公司主导产品为钛酸盐片晶(PRICON P)、钛酸钾晶须(FRICON W)，属专利产品，填补了国内空白。被国家科技部立项为科技创新项目。公司本着精诚合作、完美服务的精神，愿为国内外用户提供优质产品。
Our company is located in Dongying City, Shandong Peninsula, China, and is a high-tech enterprise with independent legal personality. The company's fixed assets are more than 10 million RMB, and its annual production capacity is 1,500 tons. In June 2019, the company successfully passed IS09001 quality management system certification. Up to now, about 3,500 tons of potassium titanate whiskers and titanate platelets have been sold.
The company has strong R&D strength, with two researchers, five engineers and 26 professional technicians from Chinese Academy of Sciences. The company's leading products are titanate platelets (PRICON P) and potassium titanate whiskers (FRICON W), which are patented products and fill the gaps in China. It was established as a scientific and technological innovation project by the Ministry of Science and Technology of China. In the spirit of sincere cooperation and perfect service, the company is willing to provide high-quality products for customers at home and abroad.
钛酸钾晶须性能FRICON W performance
1.摩擦系数从室温到高温保持稳定。The friction coefficients can be kept stable from room to high temperature
2.充分保证刹车平稳 To ensure smooth braking
3.在高温区本身磨耗小 The wear of itself is small in high heat area
4.将对偶磨损降至最低 The dual wear to a minimum
5.刹车时几乎没有噪音 Almost no friction braking
钛酸盐片晶性能: FRICON P PERFORMANCE
1.摩擦系数从室温到高温保持稳定，保证刹车平稳. The friction coefficients can be kept stable from room to high temperature,which assure smoothness of braking
2.对制动盘不造成损伤. It doesn’t damage brake disk
3.耐磨性好，尤其在高温区磨损小. It has good wear-resistance,especially wear and tear are very small in high heat area
4.刹车时完全没有噪音. There is not absolutely noise during braking
5.流动性好，有利于制作摩擦材料工艺. It has better fluidity in favor of the technology making friction materials
