Pvc Resins In Zibo

Product DescriptionImpact modifier of Hard PVC PRODUCT FEATURES: This Product has fine unified physical function such as fine flexibility at low temperature,high tensile strength and fine coherency with PVC.In the right conditions,it can form three dimensional netted structure inside hard PVC products.So it has fine

MOQ1 Ton/Tons

FOB PortQingdao

Payment TermsDays after Acceptance (DA), Delivery Point (DP), Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Western Union, Paypal

Supply Ability10000tons Per Year

MOQ1 metric ton Ton/Tons

Molecular Formula(C2H3CI)N

Residual after sievea%0$? 16

Whiteness (%)a%0Y= 80

Product DescriptionWe are offering our customers an excellent quality range of PVC Resin SG5. White powder condition, Suspension grade carbide based, always used to pipe industries and PVC profile. CAS : 9002-86-2 Molecular formula : C2H3ClX2 Specification 1) Viscosity number 113ml/g (K value: 66-68) 2) Volatiles (moi

Product DescriptionProduct Features: This product is a kind of chlorinated polyethylene thermoelastomer with low temperature resistance and high fillings.It has the characteristic of fine tenacity at low temperature and holding inorganic fillings at large quantity. Main Application: Manufacture kinds of magnetic ru

MOQ1 metric ton Ton/Tons

Viscosity73-135

Appearing Density0.42-0.5 Gram per millilitre (g/mL)

Impurity Particleless than 16

Product DescriptionSince we have developed our base in this highly competitive marketplace, we are highly affianced in manufacturing, exporting and supplying of High Quality Powder PVC Paste Resin. PVC paste resin is a high degree of polymerization of the paste resin, which paste has a low viscosity and excellent ther

Product DescriptionWe are instrumental in providing to our valuable customers excellent quality Paste PVC Resin which is available with following specification:- Average Polymerization Degree : 1300+-100 1700+-100 Brinell Viscosity /mPa.s : 4000+-2500 3500+-1500 The Impurity Particles : <= 12 12 Volatile Matter : %<=