China WPC Garden Leisure Chair Boards WPC Chair Laths WPC Garden Chair Material

ASA-PVC Co-extruded Wood Plastic Composite Materials Outdoor WPC Landscape Benches, Leisure BePre-Press Equipment nches, Garden Benches,Park Benches

WPC Material:

Component:Bamboo/wood fiber,modified PVC,Weather resistant engineering resin-ASA, Additive
Resonator
Features:1, longer service life time (more than 20 years) and 10 year quality guarantee2, Waterproof, Antiseptic, Slip resistant (wet & dry)3, No crack/disruption/warp,Resistanttotermiteandinsectattack4,Weather resistant, suitablefrom-40°Cto60°C.FADELESS in 10 years5, Same look and feel like real wood, but behave much better6, Slight water absorption, good dimensional stability, very little expansion/contraction7.Maintenance free, no need to paint8, 100% Recycled, friendly to the environment9, Cuts/fastens/nail/paint easily, eaSealing & Gaskets sy installing
Surface Treatment,wood grain, mix color, smooth,embossed

Colour:

StandardColoroptions: Yellow Rosewood, Red Rosewood,Rose Wood,Red Coffee, Walnut,Oak Brown,Deep Annatto,Deep Walnut ,Red Cherry
FAQ's:1. What is ASA?
It is Acrylonitrile-styrene acrylate rubber ternary polymer - ASA for short.2.Why is ASA-PVC fadeless
ASA is a kind of amorphous terpolymer ,does not include double bon.The carbonyl and nitrile inmacromolecular chain have strong UV and weather resistanceability.What's more,the structure of Benzene is very stable,so it can better resist UV and keepPacking Machinery colorstable.3.How long is the life time of ASA-PVC co-extrusion WPC products?
It can be used for more than 20 years when there is no human destruction.And it is Fadeless.4.Why does ASA-PVC co-extruded product slip resistant and wear resistant?
Because the outer shell material of ASA-PVC co-extruded wpc decking - tripolymer contents Acrylic Rubber,which makes the product wear resistant and adhesive stronger ,so that it has the ability of slip resistant.5.What are the main features of ASA-PVCCo-extrusion products?
High Bending failure load
Low water absorption
Small ambient temperature drop ball impact
Formaldehyde release--E0
High Light fastness