Active Member
|
[China]
Address: NO.401 EAST CHANGHONG ROAD, WUJIN DISTRICTCHANGZHOUOU, JIANGSU, CHINA
Contact name:
Changzhou Proleader Decoration Materials Co., Ltd. |
|
|
4.5mm Quick Selling produc SPC Vinyl Flooring No Shrink Water Proof Flooring
Products Description
SPC already becomes a hottest trend in all markets when people talk about the environmental floors, but do you ever think why shall use this Rigid core luxury vinyl flooring?
SPC floor is also known as “Stone Plastic Composite”, because its main materials are limestone powder and pvc powder. Compared with traditional LVT and WPC floor, it contains none liquid material like DOTP, so it feels more rigid and hard, but the physical properties are more stable. Like all PVC floors, it’s 100 % Waterproof, dent-resistant and high abrasion-resistant, etc.
SPC floor is also known as “SPC stone plastic floor” or “SPC snap floor”. It is the abbreviation of the first English letter of the English “Stone Plastic Composite”. Simply put, it is a composite of stone and special plastics (such as vinyl), and elements such as limestone and stabilizers are added, and reach 100 % Waterproof, dent-resistant and abrasion-resistant floors.
SPC floors were originally developed for commercial spaces that required durable floors. Due to many advantages, SPC began to replace wood floors and ceramics and is becoming one of the most popular floors in home and public decoration for various reasons. If you are a homeowner or a business owner, the SPC floor, which hardly needs to be replaced after laying, will be a choice worthy of your consideration!
Technical Parameter
| TECHNICAL PARAMETER | ||
| CAHRACTERISTICS | TEST METHOD | RESULT |
| Length(mm) | EN427 | 1530mm:±0.10 |
| Width(mm) | 228mm±0.10 | |
| Squareness(mm) | ≤0.10 | |
| Straightness(mm) | ≤0.10 | |
| Gapping(mm) | ≤0.08 | |
| Thickness(mm) | EN427 | ≥4.0 product:+0.06-0.07 |
| Total mass | EN430 | ≥8.55KG/㎡ |
| Wearing Capacity(g) | EN-660-2 | ≤0.015 |
| Dynamic coefficient of friction | EN 13893-2002 | X Direction 0.31 Y Direction 0.39 |
| Thermal Conductivity | EN 14041:2004/AC:2006 & EN12667:2001 | 0.089w/(m·K) |
| Bearing a castor chail | EN435 | NO disturbance NO delamination |
