Rock Wool Insulation Wired Mesh Facing

ISOKING Rock Wool Roll Wired Mesh Facing 

The product advantages mainly include the following aspects:

Excellent thermal insulation properties: characterized by high thermal resistance, low linearity, low expansion ratio, high closed pore rate, able to form a vacuum layer to avoid air flow heat dissipation, to ensure durable and stable thermal insulation performance.

High strength and compression resistance: its high compressive strength and impact resistance can withstand the ground load of each system, widely used in geothermal engineering, highways, airport runways, plaza floors, large cold storage and car interior decorative thermal insulation and other fields.

Water-repellent and moisture-proof: with low water absorption rate, it can effectively solve the problems of water leakage, infiltration, frost and condensation of other materials.

Excellent fireproof performance: natural rock as raw material, high fusion temperature, organic binder content is very low, according to the relevant standards for testing, belongs to the non-combustible materials.

Good sound-absorbing and noise-reducing effect: the porous connecting tiny air gaps formed by slender fibers make it have good sound-absorbing and noise-reducing ability.

Construction methods for industrial pipe insulation are as follows:

Preparation: Clean the surface of the pipe to make sure it is clean and flat.

Measurement and cutting: accurately measure the size of the pipe, cut the right size of rock wool rolled felt sewing wire mesh and other insulation materials.

Package installation: wrap the insulation material tightly on the pipe, pay attention to the interface to be spliced tightly.

Fixing materials: use wire, steel tape and other fixed to ensure that the insulation material is firmly attached to the pipe.

Seam treatment: seal the seams of the insulation material to prevent heat loss.

Installation of outer protective layer: Install the outer protective layer made of metal or other materials as needed to protect the thermal insulation layer and further heat insulation.