TH4032 (Silicon rubber)
for sealing in high temperature,construction, eletromagnetic shielding.
Elastic repulsion, weatherization, thermal resistance, harmless to human
- Temperature Range : -70°C to 350°C

TH4033(NATURAL RUBBER)
natural rubber possesses several excellent mechanical properties.
This has good tear and abrasion resistance, high resilience and good low temperature flexibility.
natural rubber is limited by low chemical resistance-resistance to sunlight and ozone,which cause crackling and the restricted temperautre range
-Temperature Range : -50°C to 120°C

TH4044(NEOPRENE-CR RUBBER)
The best known CR is Neoprene.
Neoprene is superior to NR and SBR in its ozone and weather resistance.
Neoprene also has a degree of resistance to petrol, mineral oils and other hydrocarbons and can be made flame resistant
- Temperature Range : -50°C to 110°C

TH4045(NBR)
This synthetic rubber is especially resistant to mineral oils, aromatic and aliphatic hydrocarnons and alcohols-depending on the actual nitrile content of the elastomer. High and low temperature performance andbe good
-Temperature Range : -50°C to 120°C

TH4046(EPDM)
EPDM has good mechanical properties and is resistant to ageing, weathering, ozone, oxygen, steam and water
it is especially resistant to phosphate eater based hydraulic fluids but it is not recommended with petroleum base fluids
- Temperature Range : -50°C to 150°C

TH4047(SBR)
this synthetic rubber can be regarded as a general replacement for natural rubber except where certain mechanical properties are required.
Not recommended for petroleum oils owing to?its high swell when exposed to them also it is not recommended for expo
- Temperature Range : -50°C to 120°C

TH4048(VITON-FPM)
Fluorinated rubbers cope well with petrol, oils, chlorinated solvents, concentrated alkalis and fuming acids. Ozone and weather resistance are excellent. Fluorinated rubbers have poor low temperature flexibility and should not be used with certain esters
- Temperature Range : -20°C to 200°C