Hollow Core Perforated Lightweight MgO Sandwich sip Panels

Introduction

Hollow perforated lightweight mgo sandwich sip panels is kind of environmental-friendly board which is widely used in construction. It’s made from magnesium oxide, magnesium chloride, fly ash , plant fiber etc. the highly purified MgO is used as the main fireproof material,fly ash and plant fiber as filling materials, the high quality MgC12 as the main cementing material to solidify other materials.

 Standard size for Hollow perforated lightweight mgo sandwich sip panels :

 NOTES: special size can be made as your requirement, price can be under discussion

Hollow perforated lightweight mgo sandwich sip panels application:

 Hollow perforated lightweight mgo sandwich sip panels with superior comprehensive performance is designed to replace gypsum board, fiber cement board, mainly used for interior and exterior nonbearing wall partition.

1. General industrial buildings, e.g., high building, KTV

2. Residential buildings

3. Single house

4. Public construction, e.g., Hotels, hospitals, schools

5. The fence of the factory

6. Kitchen, bathroom, and the toilet of indoor wall.

7. Also can paste on tiles and cement mortar

Cases:   Hollow perforated lightweight mgo sandwich sip panels samples & package

Fireproof grade A: road to safe life

 Limit of fire resistance is>180mins

 Non-combustible at 800°C

 Remains flameless at 1,200°C

 Light weight, High Intensity: Road to a spacious life

 Weight:90mm weight 38kg/m2, 1/3 weight of normal wall;

 Flexural strength; can nailing to hang heavy things;

Decrease structural load;

 Reduce oversized foundation and beams.

 Increase living area about 5-8% compared with traditional clay brick

Labor efficiency, Easy and fast installation: road to economical life

 Light weight, easy and fast to install;

Greatly save the labor cost;

Total project cost can be reduced about 20-30%.

 Together we can build an Eco-friendly earth, we can have a road to ECO-life!

ASTM: American Society for Testing and Materials