CONTINENTAL CONVEYORS BELTFabric Conveyors Belt Is Constructed Of Two Components Known As Carcass And Covers. The Function Of The Carcass Is To Transmit And Absorb The Tensile Forces From The Driving Pulley, Also Absorbs The Impact That Partly When The Material Passes Over The Carrying Idler.The Carcass Consists Of One Or More Plies Of Textile Fabrics With Rubber On Each Side As Known As Chusion To Give Adhesion And Flexibility. The Longitudinal Direction Is Called Warp And The Cross Direction Is Called Weft. The Construction Of Fabrics May Have The Same Of Different Material In Warp And Weft.The Most Common Construction Of Fabrics Are Polyamide €“ Polyamide (NN) Polyester €“ Polyester (EE Or PP), Polyester €“ Polyamide (EP).The Function Of The Covers Is Not Protect The Carcass And Give Necessary Friction Between Belt And Driving Pulley And Between Belt And Material. The Covers Must Resist Influences From The Transported Material And The Surrounding Environment.Belt Construction Means The Combination Of Carcass And Cover. The Combination Determines Whether The Belt Construction Is Harmonius And Works Without Problems

CONTINENTAL CONVEYOR BELTPT. Sarana Teknik ConveyorBan Berjalan Sabuk Karet

CONTINENTAL CONVEYOR BELTFabric Conveyor Belt Is Constructed Of Two Components Known As Carcass And Covers. The Function Of The Carcass Is To Transmit And Absorb The Tensile Forces From The Driving Pulley, Also Absorbs The Impact That Partly When The Material Passes Over The Carrying Idler.The Carcass Consists Of One Or More Plies Of Textile Fabrics With Rubber On Each Side As Known As Chusion To Give Adhesion And Flexibility. The Longitudinal Direction Is Called Warp And The Cross Direction Is Called Weft. The Construction Of Fabrics May Have The Same Of Different Material In Warp And Weft.The Most Common Construction Of Fabrics Are Polyamide €“ Polyamide (NN) Polyester €“ Polyester (EE Or PP), Polyester €“ Polyamide (EP).The Function Of The Covers Is Not Protect The Carcass And Give Necessary Friction Between Belt And Driving Pulley And Between Belt And Material. The Covers Must Resist Influences From The Transported Material And The Surrounding Environment.Belt Construction Means The Combination Of Carcass And Cover. The Combination Determines Whether The Belt Construction Is Harmonius And Works Without Problems

Heat Resistance Conveyor Belt CONTINENTALCase ProfileIn Order To Fulfill The Request Of Heat Resistance, We Choosethe High Temperature Resistance Canvas As The Carcass With High Modulus, Lowshrinkage And High Breaking Tensile Strength. And EPDM Rubber Or Chlorinated Butyi Rubberwith Good High Temperature Resistance Performance Is Used As Cover Rubber. Meanwhile,We Also Mix Other High Temperature Resistance Materials Through Compositing Andvulcanizing During The Process. In This Way, We Not Only Solve The Shrinkageand Deformation Of The Fabric Core, But Also Avoid Poor Adhesion Between Layerscaused By High Degree Of Saturation Of Ethylene Propylene Rubber. The Belt Showsproperties Of Heat Resistance, Low Elongation, Light Weight And Longer Working Life, Etc. ApplicationsN  Cementindustry, Coking Industry, Metallurgic Industry, Steel Industry,Etc. Two Circumstances Are Suggested To Be Considered Whenchoosing Proper Belts,N Thedifferent Kinds And Sizes Of The Granules Of Carrying Materials Will Lead Todifferent Temperatures Of The Belt Surface. The Temperature Of The Surface Ofthe Belt Is Lower Than That Of The Materials As There Exist Gaps Among Lumps Ofcokes Or Iron Ores When Conveying, And The Gaps Lead To Air Convection. N  The Temperatures Between Carryingmaterials And The Belt Surface Almost Remain The Same Level When Materials Arein A Small Size Of Granules Or In Powder, Such As Cement, Aluminum, Cartonblack Etc. Choosing A Belt Under Such Circumstance, Not Only The Temperature Ofthe Carrying Materials Has To Be Known, But Also The Heated Status Of The Beltsurface Has To Be Learnt During The Practical Operation. Heat Resistant Conveyor Belt Technical Data:DIN 22102Tensile Strength Min. MPA.Ultimate Elongation Min. %Abrasion Max. Mm3Basic MaterialHardnessTemperature Range °CApplicationT112400200SRR60±5- 10 To+120Suitable For Carring Hot Loads Continiously At A Temperature Up To 120°C And For Short Time Up To 130°CT215400200SBR60±5- 10 To+150Suitable For Carring Hot Loads Continiously At A Temperature Up To 150°C And For Short Time Up To 180°CT312400200EPDM60±5- 30 To+180Suitable For Carring Hot Loads Continiously At A Temperature Up To 180°C And For Short Time Up To 220°C