vacuum furnance heating parts The thermal field in an ingot furnace, essential for producing polysilicon ingots, is composed of several vacuum furnace heating parts: electrodes, crucibles, DS blocks, support bars, intake pipes, and other critical components. This thermal field acts as the core of the polysilicon ingot furnace, including specialized graphite heaters, thermal insulation, and … Read more
Graphite shaft Graphite shafts is to degass, or used for gas injection tubes，must withstand extreme stresses. We can supply graphite shaft for degassing. Kimwan graphite shaft materials with an additional anti-oxidation treatment that further increases the oxidation protection and lifetime of the materials. Gas injection systems made from our graphite purification tubes achieve very … Read more
heating graphite parts Our high-quality heating graphite parts are crafted from special graphite materials characterized by high density, extreme temperature resistance, oxidation resistance, superior thermal shock resistance, excellent conductivity, and strong mechanical durability. Primarily used in high-temperature furnaces, these graphite components serve critical roles in heat treatment as heating elements, structural supports, and thermal insulation. … Read more
graphite saggar Graphite saggers are widely used in experiments and metals, non-metal smelting. They are also used for cathode materials such as battery lithium iron phosphate and carbon graphite anode materials carbonization. They are excellent containers for graphitization and sintering. Kimwan crucible and sagger are widely used in the metallurgy, foundry, machinery, chemical, anode materials … Read more
Purified graphite electrode In the preparation of quartz crucible by arc method, the purified graphite electrodes have the advantages of high temperature resistance, electrical conductivity, high purity, etc., and are widely used. The semi-transparent quartz crucible made by the arc method is an essential material for drawing large-diameter mono-crystal silicon and for the development of large-scale … Read more
Medium grain Graphite Medium grain Graphite produced by our company is divided into three types: maximum particle sizes of 0.8mm, 2mm and 4mm. The performance index of the products has reached the international advanced level. With suit able resistivity and uniform structure, excellent chemical resistance, excellent oxidation resistance and high temperature stability, it can adapt … Read more
Fine Structure Graphite kimwan Fine structure Graphite material has below excellent properties: high strength, good Heat-shock resistance, heat resistance, anti-oxidation, low electrical resistance, anti-erosion, easy machining. This product is widely applied in lots of fields, like die casting mould, plastic mould, electro-machine shoe mould, continues casting crystallizer,EDM machining, sintering mould, electric heating elements and so … Read more
Artificial Graphite Artificial graphite with high purity and high graphitization facilitates to generate transfer membrane between the friction materials and the dual surfaces. Excellent performance of abrasion reduction, high thermal conductivity, excellent oxidation resistance and high temperature resistance. Low impurity content: No hard granules which would create noise and scratch on the dual surface such … Read more
Calcined Petroleum Coke Calcined Petroleum Coke (CPC) is widely used as carbon raiser (recarburizer). Our CPC is of high carbon content, low Sulphur and of high quality-price ratio. We supply tailored particle size distributions according to customer requirements. It also can be used as Friction material for brake pads manufacturers and foundry coating additives. Kimwan … Read more
SHANGHAI TOYO TANSO CO., LTD.(Toyo Tanso Subsidiary, STT) will be exhibiting at the “SNEC 2024” to be held in China from Thursday, June 13th to Saturday, June 15th 2024. We will introduce our products that related solar cell at our booth. “SNEC 2024” Dates: Thursday, June 13th – Saturday, June 15th 2024 Venue: National Exhibition … Read more
