Energy saving insulation, XPS foam board

Specifications

1. Over 10 years experience
2 light,hard,environmental
3 Waterproof, B1,B2
4 Easy handling,
5. Low water absorption

 

 

Company introduction

Shanghai spring energy saving Technology Co., Ltd. Is a very powerful manufacturers. Specializing in the production of XPS foam board insulation materials ,With advanced management experience, The first-class technology, Efficient operation team, High quality machines.

 

Product introduction

This special cell structure means that the sheet doe’s not conduct heat. When you lay XPS boards as an underlay any heat from your room or floor will be reflected back towards the floor surface. As you will not be wasting heat through your floor you will utilize your energy in an effective manner and thereby lower your energy consumption and carbon footprint.

 

The scope of application

1. Insulation of building roof

2. Steel structure roofing insulation

3. Thermal insulation building wall

4. The buildings on the ground moisture

5. Control square ground frost heave

6. Airport runway insulation layer

7. Cold storage building

8. Inverted roof

 

Product characteristic

1. Excellent thermal insulation

2. High compressive strength of excellence

3. High-quality water-repellent, moisture resistance

4. Energy saving and environmental protection

5. Excellent heat preservation and insulation

6. Light texture, easy to use

7. Stability, good corrosion resistance 

 

Product display

Product specification

specifications	size	unit
length	1200,2000	mm
width	600	mm
thickness	10,20,30,40,50,60,70,80	mm

 

Professional power

                                                         

Company strength

 

 

Material	XPS material XPS: good insulation materials
Feature	Sound insulation and keep warm
	Fireproof: flame retardant-grade XPS
	Green and environment protection
	Easy to construct, save the cost of installation

 

 

Effect of product display

Test items

Project	Physical performance indicators	Test results	Unit
Density	25~38	33	Kg/m3
Thermal conductivity	≤0.030	0.030	W/m.k
Dimensional stability	≤2.0	≤2.0	%
Compressive strength	≥250	300	Kpa