The use of new removable thermal insulation sleeves is becoming more and more common. We often see that most of the valves, pipes and equipment in the industrial field need thermal insulation. So, thermal insulation of marine products can be sufficient? The answer is positive.

COVHOTE "covhot" thermal insulation cover, also known as: thermal insulation cover, thermal clothing, flexible thermal clothing, special shaped thermal clothing. Depending on the specific shape of the equipment and the environment in which it is used, it can be made using on-site surveying and mapping, careful design, and special techniques. It can be used in different temperatures, different pipe shapes and different hot and cold equipment. It is particularly suitable for pipelines and equipment that need to be dismantled, serviced and cleaned frequently. Its all-round economic benefit is good. It is the ideal choice for saving energy and reducing consumption in various industries!

Let's analyze the performance of heat-insulating sleeves for ship products.

1. Thermal conductivity: 0.030 W / m K - 0.045 W / m K ± 0.005 (at room temperature).

2. High and low temperature resistance: high temperature resistance 1170°C, low temperature resistance minus 70°C.

3. Flame retardant performance: non-combustible grade A1 in accordance with the national standard GB8624-2006.

4. Density: 100-220 kg/m3.

5. Thickness: common 10~150mm, can be customized for special equipment.

6. Moisture absorption rate: <5%.

Hebei Kehaote "covhot" products include flexible and detachable insulating sleeves, special shaped equipment insulating sleeves, valve and piping insulating clothing, caps, plate heat exchanger insulating caps, injection molding machine insulating caps, insulating caps reactors, tanks. insulation clothing, robot protective clothing, etc., no matter what kind of marine product, we can provide thermal insulation solutions for it. It is particularly suitable for equipment that needs to be repeatedly dismantled and repaired. It can be freely customized according to the shape of the heat preservation equipment to achieve the purpose of saving energy and reducing consumption.