Product Specifications
| Prod Model: |
Baoan |
| Markets: |
North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe |
Product Description
SiC ceramic crucible has the advantage of high temperature, strong refractoriness, speedy heat transfer, high mechanical strength, oxidation resistance, thermal shock, high density, good electrical conductivity, attractive appearance, durability, good electrical conductivity, attractive appearance, durability and other advantages, stable quality and reliable, which is the casting of non-ferrous metals and casting the necessary utensils.
Shandong Baona New Materials Co., Ltd. is a subsidiary of Shandong Huijin Stock Co., Ltd. We produce environmental-protection silicon carbide ceramic materials. With the support of Shandong University, we strive to build the world's most advanced high-tech ceramic production, sales and technical service platform dedicated to the development and production of energy saving and environmental protection products for people's livelihood and social progress and civilization.
We invest 200 million Yuan in establishing silicon carbide high-tech ceramics production lines with the production capability of 2, 000 tons. The first phase of the project with an annual output of 600 tons was started in October 2011 and officially put into operation in May 2012.
Main products: 1) High thermal conductivity silicon carbide ceramic heat exchange tubes, regenerative ceramic thermal radiation tube burner nozzles, and other products; 2) silicon carbide ceramic nozzles, and corrosion-resistant pipes; 3) series of seal products, and silicon carbide ceramic honeycomb automobile exhaust purification series; 4) armored vehicle, helicopter gunship and body protection lightweight bulletproof ceramic rocket nozzles and other high-end products.
Taking advantage of advanced manufacturing technology and with the technical support of universities and research institutes, we aim to construct a domestic first-class high-tech ceramic material processing base.
