Additives and chemical additives for lubricants, and flame retardant additives for plastic, rubber, felt, fibres, and etc..
Cocoa Beans And Rubber..
Palm oil, wooden and rubber products.
Tyre Rubber Granule, Rubber Dust, Tyre Steel Wire, Bead Wire.
Nylon rubberized friction cord, rubber raw materials, rubber product and rubber scrap.
Palm oil, natural rubber, rice, and sugar..
Export of synthetic rubber such as ssbr, br, epdm, cr, nbr, butyl, biir/ciir, acm/aem, pib , poe, eva, tpv.reprocessing rubber such as ssbr, br, epdm, iir, biir, ciir, epdm, compound rubber. . import of synthetic rubber including the prime, off spec, scrap pcu..
All kind off rubber.
Latex concentrate 60% (LA, HA, MA) & SMR 20 & SMR 10.
Raw rubber, processed rubber.
Epdm and sbr rubber granules . (1 4mm) & (4 8mm).
Rubber products and medical disposables.
Rubber, wood dining set.
HIGH AMMONIA (HA) LOW AMMONIA (LA) MEDIUM AMMONIA (MA) Packaging : Drums, IBG , Flexi
Standard Natural Malaysian Rubber (SMR 20), Fob Port Klang Malaysia. Each Container includes16 Pallets= 20.16 MT (Net Wt.) 1 Pallet (36 Bales), Shrink Wrapped Wooden / Disposable Plastic / Metal = 1.26 MT 1 Bale, Loose = 35 kg Payment term: LC Offer validity: 5 working days
Description: Polybutadiene Rubber (PBR) is produced by solution polymerization process, has very high elasticity and degree of resistance to dynamic stress, and retains these properties even at extremely low temperatures. Blending natural rubber or styrene-butadiene rubber with PBR improves the abrasion resistance, crack resistance and heat build-up under dynamic load. Packing: 1 Bale, wrapped in polyethylene film = 35 kg 1 Pallet (36 Bales) = 1.26 MT ±18 kg 1 Container (19 Pallets), 40-ft FCL = 23.94 MT
Rubber Accelerators (MBT, MBTS, CBS, DPG), Rubber Antioxidants (TMQ, IPPD, 6PPD), and Anti scorching Agent (PVI)
The A Grade of Tire Compounds are supplied from the tire factories which are mainly in USA, Europe and the Far East. The compound`s content is Natural Rubber and Syntehtic Rubber ((S)SBR, BR). The materials have original tire compound`s chemical additives because of that vulcanization time is long so its shelf life is long. Users who use these goods must add some accelerators while mixing them. The goods have high elasticity, high abrasion resistance, low degree of deformation because of that the goods are preferred by users A GRADE COMPOUND Goods A Grade Tire Compound Type Wigwag Vulcanization %0 Tensile Strength Min. 14 MPa Hardness 60 Shore A (+/- 5) Abrasion 100 - 130 Elongation 400 - 650 Density 1.15 g/cm3 (+/- 0.05) Quantity 20' 16 MT, 40' 24 MT Features Wet Hold Resistance Wear Resistance Excellent Flexibility Low Heat Resistance Impact Durability Easy Processing Good Adhesion Weather Resistance B GRADE COMPOUND Goods B Grade Tire Compound Type Wigwag and Tread Vulcanization Up to % 10 Tensile Strength Min. 15 MPa Hardness 60 Shore A (+/- 5) Abrasion 100 - 130 Elongation 400 - 650 Density 1.15 g/cm3 (+/- 0.05) Quantity 20' 15 MT, 40' 23 MT Features Wear Resistance Excellent Flexibility Impact Durability Heat Aging Properties Easy Processing Good Adhesion C GRADE COMPOUND Goods A Grade Tire Compound Type Wigwag and Tread Vulcanization Up to % 15 Tensile Strength Min. 14 MPa Hardness 60 Shore A (+/- 5) Abrasion 100 - 130 Elongation 400 - 650 Density 1.15 g/cm3 (+/- 0.05) Quantity 20' 15 MT, 40' 23 MT Features Wear Resistance Excellent Flexibility Impact Durability Good Adhesion
Polybutadiene Rubber which is a polymerized by butadiene is the most elastic rubber type. Major application for BR include tyre treads, tyre carcass and sidewalls, under-treads, cycle tyres, conveyor belts, sportswear, golf balls, automotive components, conveyor belts and shoe heels and soles. BR is also well suited for the production of flexible rollers and mechanical goods due to its superior elasticity, resilience and abrasion properties. High CIS, Medium CIS and Low CIS types of BR in the shapes of Prime, Near to Prime and Off Grades can be supplied
Polyisoprene (IR) is designed to be similar to natural rubber in structure and properties. Although it still demonstrates lower green strength, slower cure rates, lower hot tear, and lower aged properties than its natural counterpart, synthetic polyisoprene exceeds the natural types in consistency of product, cure rate, processing, and purity. In addition, it is superior in mixing, extrusion, molding and calendering processes. They combine the key qualities of natural rubber such as good mechanical properties and hysteresis with superior features such as high purity, excellent clarity, good flow, low gel content, no nitrosamines, and no natural rubber proteins. Polyisoprene rubbers (IR) are high molecular weight, anionically polymerized polyisoprene that can be processed in the same way as a natural rubber, including vulcanization. Prime, Near to Prime and Off Grade qualities of Polyisoprene Rubber can be supplied.
