Aluminum Honeycomb FRP Sandwich Panel Anti-slip, Sand Surface WLH-SPHB001

Aluminum Honeycomb FRP Sandwich Panel Anti-slip, Sand Surface WLH-SPHB001

Description:

FRP HONEYCOMB sandwich panels are manufactured by press bonding fiberglass reinforcement panel onto a range of HONEYCOMB foam to produce an attractive, yet functional, cladding / infill solution for a wide variety of new build and refurbishment applications. These panels are tailor made to suit individual customer requirements; a combination of thickness, colour and surface texture can be incorporated to provide a wide choice of design configurations. FRP surface thickness from 0.3mm to 3mm made according to clients request. Most popular thickness in practice from 1mm to 2mm. Uv-treatment, anti-slip, sand surface, gel-coat color,painting treatment and so on can be made according to clients request

The features of FRP sandwich board are light weight, high stiffness, sound damping, fire proof, environmental friendly. They are applicable to the apartments and external walls of building and truck body, widely Used in boat, yatch, wind turbine, sports, tank cover and so on.

Applications:

 FRP sandwich board is widely applied in chemical barrier to provide protection for tanks. Wall panels, door panels, open area covering, truck body, shelter body and so on.

Competitive Advantage:

 1.FRP panel has many good points such as Anti-corrosion, High UV protection,Light weight with high stability, colorful outlook etc.

2.Weather Resistance: FRP is a kind of thermosetting material which is good at heat resisting, can work well during -70℃～90℃.

3.Impact resistance: Glass fiber make the panel get high ability on impact resisting, can afford the strike by hard object.

4.Anti-corrosion: can resistant any corrosion from acid or alkali or other chemical material.

5.Fire proof: can achieve the B2 standard on fire proof.

6.Smooth surface make the clearing job more easier and quicker.

7.Light weight make the labor job easier and safe.

8.Colorful choices make the decoration more brilliant.