Cum a câștigat HSA Ordinul rusesc de probă pentru carbură de siliciu neagră
Henan Abrazivi Superiori (HSA) Corporation, un producător de frunte de abrazive cu carbură de siliciu, recently secured a new customer in the Russian market thanks to their responsive customer service and high-quality product samples. The Initial Inquiry Jack, a Senior Purchasing Manager at a Russian chemical distribution company, reached out to HSA about potentially distributing our silicon carbide […]
Fepa White Fused Alumina for Abrasive & Refractory Use
What is White Fused Alumina? White fused alumina, also known as white aluminum oxide, is a high-purity synthetic aluminum oxide material. It is produced by melting high-grade bauxite at extremely high temperatures (above 2000°C). Compared to regular brown fused alumina, white fused alumina offers outstanding refractoriness, duritate, Rezistența la uzură, și stabilitate chimică. This makes it […]
Raw Material Operation Of Brown Fused Alumina, White Fused Alumina And Silicon Carbide In China In 2023
According to the statistics of Abrasives Branch of China Machine Tool Industry Association: in 2023, China’s brown fused alumina production is about 740,000 tone, white fused alumina production is about 550,000 tone, black silicon carbide production is about 1,028,000 tone, and green silicon carbide production is about 90,000 tone. Brown fused alumina In 2023, according […]
Reaction Sintering Silicon Carbide vs. Pressureless Sintering Silicon Carbide
Reaction Sintering and Pressureless Sintering are two different methods used for the production of silicon carbide (Sic) ceramică. The main differences between these two processes are as follows: Starting Materials: Reaction Sintering: The starting materials are typically a mixture of silicon (Si) and carbon (C) powders, which react during sintering to form SiC. Pressureless Sintering: […]
Carbură de siliciu standard FEPA, Alumină topită albă și maro exportată în Mexic
Recent, Henan Superior Abrasives a cooperat cu succes cu o companie de abrazive din Mexic, aprovizionându-le cu cantităţi mari de carbură de siliciu, white fused alumina and brown fused alumina abrasive products. This cooperation not only highlights our company’s strong strength in the field of abrasives production, but also demonstrates our deep understanding and high regard for […]
Carbură de siliciu neagră de vânzare în Thailanda
Fundal de caz Recent, Henan Superior Abrasives a primit o întrebare de la o companie comercială din Bangkok, Tailanda, which is interested in purchasing a batch of black silicon carbide with a particle size of 14-30 mesh for its downstream production. As one of the leading silicon carbide manufacturers in China, Henan Superior Abrasives has successfully won the […]
What is Pressureless Sintered Silicon Carbide
Pressureless sintered silicon carbide (Sic) powder is a material produced by sintering silicon carbide powder without the application of external pressure. Silicon carbide is a highly desirable ceramic material due to its exceptional properties, inclusiv duritate ridicată, thermal conductivity, inerție chimică, and resistance to wear and corrosion. The pressureless sintering process involves heating silicon carbide […]
SiC Abrasive Blasting Medium: What You Need to Know
When it comes to abrasive blasting medium, Carbură de siliciu (Sic) is a popular choice for many industrial and manufacturing applications. This synthetic mineral offers several advantages over traditional abrasives like sand or metal shot. What is SiC? Silicon carbide is an extremely hard, inert chimic, and durable compound made from silicon and carbon. It’s available […]
Ready to Press Silicon Carbide Powder (RTP SiC)
Ready to Press Silicon Carbide Powder (RTP SiC) is a pre-mixed powder formulation specifically designed for the efficient manufacturing of ceramic components. It consists of fine silicon carbide particles combined with carefully selected binders and additives to enhance its pressability and green strength. Key Characteristics of RTP SiC High Purity: Ensures optimal performance and consistency […]