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SFR-IFB Lightweight alumina brick for Channel Induction Furnace
SFR-IFB designed as the refractory insulation lining for backup of Aluminum Furnaces and other industry furnaces.
SFR-PAPER 0.3MM Mica Paper slip plane for the backing of the coreless induction furnace
SFR-PAPER is a lightweight refractory material processed from a blend of high purity alumina-silica wools. This product can be used for aplications for continuous use to temperatures of 2300°F (1260°C). SFR-PAPER has a good handling strength, low thermal conductivity and low shrinkage. It contains an organic binder which makes it flexible and reduces off-gassing and odor during use. The paper has highly uniform consistency due to its controlled basis weight and thickness. This product is ideal to gaskets and seals.SFR-PAPER is durable and can be cut with a knife, shears, or standar steel rule dies. Its flexibility allows it to be wrapped or rolled to fit around most configurations.
ALU-SEAL 808CR Refractory company for Inductor spacer material of Channel Induction Furnace
ALU-SEAL 808CR has 98.5% chromium oxide, specially designed to be used to separate the induction body refractories and throat refractories. Due to its high purity, it is relatively unaffected by the temperature of the coreless induction furnace. Because of the barrier effect of ALU-SEAL 808CR between the the induction body refractory material and the refractory material of the throat, it makes it’s easy to remove the induction body away. ALU-SEAL 808CR is in dry form.User adds the required amount of water on site.
ALU-FLO 807CR castable manufacturer for Refractory castable cement material for Inductor spacer of Channel Induction Furnace
ALU-FLO 807CR is a high aluminum based castable with chromium oxide. It is designed as surface coating of refractory materials to prevent or slow down the reaction of refractory materials with slag or molten metal. It contains phosphoric acid binder that can form unusual strong coating. The chromium oxide improves the high temperature chemical stability. ALU-FLO 807CR is designed as the induction body isolation material of the channel induction furnace to avoid the sticking of the inductor material and the upper furnace body material together, and it can also be used as a trimming material for the inductor material surface.
MAG-CAP 806 Sealing castable material for Inductor of Channel Induction Furnace
MAG-CAP 806 designed as cap materials for MAGRAM 804 in top cap of channel furnace inductor melting iron alloys. MAG-CAP 806 use high purity Magnesia as raw materials, with alumina addition of spinel bond for good thermal stability and higher strength. MAG-CAP 806 can be used for cold or hot change inductor.
ALU-CAP 805 Inductor sealing castable for Channel Induction Furnace
ALU-CAP 805 is designed as sealing material for coreless induction furnaces and pneumatic pouring machine sensors, suitable for aluminum-based dry vibrating materials. It can also be used as a finishing material for the flange top surface of some horizontal docking sensors. ALU-CAP® 805 is a high-purity corundum sealing material, and an appropriate amount of high-purity magnesium oxide is added. The unique material design makes it has excellent high temperature strength, rapid cold and heat resistance and metal resistance Liquid penetration performance.
MAG-RAM 804 Dry vibrating material Inductor work lining material for Channel Induction Furnace
MAG-RAM 804 designed as dry vibe work lining of channel furnace inductor melting iron alloys. MAG-RAM 804 is an excellent refractory for use in ferrous channel furnace inductors. MAG-RAM 804 use high purity Magnesia as raw materials, with alumina addition of spinel bond for good thermal stability and higher strength. MAG-RAM 804 has good erosion resistance of iron melting and slags.
ALU-RAM 803 Dry vibrating material Inductor work lining material for Channel Induction Furnace
ALU 803 is designed as induction material of channel induction furnace induction body, mainly for holding molten iron. ALU-RAM 803 is a high-purity Aluminium oxide based dry vibration refractory material, with Magnesium added to form magnesium-aluminum spinel at high temperature, which can resist the erosion and flush of molten steel and iron, and maintain a good loose layer on the backing, also improve the furnace lining safety performance.
ULTRA-FLO 837 Corundum based refractory castable cement for Channel Induction Furnace upper body work lining
ULTRA-FLO 837 is low-cement castable based on high purity corundum, apply for steel ladle, and spouts, receivers, upper body of channel furnace holding or melting aggressive alloys. ULTRA-FLO 837 has high thermal stability, high mechanical strength as well as excellent resistance to chemical corrosion.
ALU-FLO 812CR Corundum based chromium oxide refractory castable cement for Channel Induction Furnace upper body work lining
ULTRA-FLO 812CR is designed as work lining of steel ladle and launder system. ULTRA-FLO 812CR can be used for lining channel furnace spouts, receivers, and uppercases used for holding or melting aggressive non-ferrous and ferrous metals. ULTRA-FLO 812CR is a low-moisture, low-cement, fused alumina-based castable contains chromium oxide as an additive which gives this product excellent resistance to chemical attack by slags and fluxes. This product has very high strength, excellent erosion resistance of steel melting and slag.
ULTRA-FLO 827 Refractory castable cement low cement castable for Channel Induction Furnace upper body work lining
ULTRA-FLO 827 is designed as channel induction furnace lining material for melting various cast iron alloys, also be used for melting and insulating cooper alloys in launder and channel induction furnace. Meanwhile, it can be used as a conventional high purity alumina based low cement castable for iron ladle. ULTRA-FLO 827 uses high-purity corundum material and adds fused magnesia as the main raw material, so it is aluminum-magnesium spinel low cement castable. The unique material design enables the material with excellent high temperature strength and resistance to rapid cold and heat, and excellent resistance to slag and molten metal penetration.
ALU-RAM 801 Ramming mass for Channel Induction Furnace work lining of upper body
ALU-RAM801 is fused corundum based refractory material and constructed by mechanical vibration. It is mainly used as a lining material for cored induction furnace throat, furnace bottom and wall. It can also be used in the areas that require high corrosion resistance. ALU-RAM 801 chooses high-purity corundum as the main raw material, and adds silicon carbide to improve the material's resistance to slag and molten metal corrosion.
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