Insulation Risers & Sleeves

Product Details:

Density 0.55 Gram per cubic meter (g/m3)
Product Type Other
Material Ceramic
Type Other
Rated Voltage 220 Volt (V)
Filter Type Other
Tensile Strength 0.6 Megapascals (MPa )
Supply Ability : 4000000 Piece Per Year
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0.1-10 USD ($)/Piece

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Price And Quantity

Price Range 1.00 - 10.00 USD ($)/Piece
Price 0.1-10 USD ($)/Piece
Minimum Order Quantity 5000 Piece

Product Specifications

Color grey
Filtration Grade Medium
Weight 16 Grams (g)
Width 50 Millimeter (mm)
Application Embedded in sand or assembly with core
Type Other
Automation Automatic
Product Type Other
Warranty Three years
Tensile Strength 0.6 Megapascals (MPa )
Filter Type Other
Material Ceramic
Dimension(L*W*H) 80*45*45 Millimeter (mm)
Medium Ceramic
Density 0.55 Gram per cubic meter (g/m3)
Thickness 10 Millimeter (mm)
Rated Voltage 220 Volt (V)

Trade Information

FOB Port TIANJIN ,SHANGHAI ,IN CHINA
Supply Ability 4000000 Piece Per Year
Delivery Time 10-15 Days
Sample Available Yes
Sample Policy Free samples are available
Packaging Details 42Cartons/pallet
Main Domestic Market South India
Certifications Exothermic-Insulation Risers&Sleeves Application Applied to Iron castings andÂ Steel castings, embedded in sand or assembly with cores Feature High exothermic property, excellent thermal insulation capacity High feeding efficiency, improve casting yields and component compactness Applied to several kinds of alloy material, various molding lines and molding process Main Products Insulation Sleeves Exothermic-insulation Sleeves High Exothermic Sleeves large-sized Exothermic-insulation Sleeves

Product Description

These offered Insulation Risers & Sleeves are made of insulating compounds these are a reliable cost effective approach for optimizing feeding efficiency, lower costs, and improving quality. When filling the mold, these insulating risers first absorb the heat from the liquid metal until it reaches its equilibrium temperature; from this moment, they protect the liquid casting metal against further heat loss. This allows risers of smaller dimensions, resulting in increased yields. Therefore, insulating risers and sleeves delay the beginning of solidification and promote seal-feeding.

It is advantageous to fit the risers and sleeves with a cover that is insulating as well, in order to also prevent the heat loss from the riser's top. Moreover, closed insulating risers and sleeves are used which are provided with a wedge molded into the top that acts as an air core.