Energy saving stove
The fiber insulation cover is a flexible and removable insulation product made from high-purity ceramic fiber as the base material, compounded with various functional fabrics, and crafted through precise design, surveying and mapping, and special processes. As a dedicated insulation product for pipelines and irregular-shaped equipment, it adopts a multi-layer composite structure consisting of an inner lining, an intermediate insulation layer, and an outer protective layer, solving the problems that traditional rigid insulation materials cannot adapt to complex shapes and are inconvenient for disassembly and maintenance. The product can operate at temperatures ranging from hundreds to thousands of degrees, depending on the fiber material and composite fabric. It can be widely used for thermal insulation of pipelines, valves, heat exchangers, and other thermal equipment in industries such as petroleum, chemical, metallurgy, power, shipbuilding, and aerospace. This achieves the goals of energy conservation, facilitating maintenance, and improving the working environment. The appearance is clean and beautiful, the surface is washable, and the structure fits tightly, just like a tailor-made insulation jacket for the equipment.
Category:
Cosy energy saving stove
The company’s products feature numerous technological achievements and innovative, practical technologies. We manufacture polycrystalline mullite fiber fireproof boards, polycrystalline alumina fiber furnace linings, ceramic fiber furnace linings, polycrystalline mullite fiber furnace linings, and crystalline fibers.
E-mail:ncjt@zjncjt.com
Product Description
1. Product description:
The fiber insulation cover is a flexible and detachable insulation product developed to meet the insulation and heat insulation needs of industrial pipelines and irregular equipment, as well as to facilitate disassembly and maintenance. It uses high-purity ceramic fiber blanket or fiber needle blanket as the intermediate insulation layer substrate, and according to the operating temperature, it can choose different temperature-resistant grades of fiber materials such as ordinary type, high-alumina type, and zirconium-containing type. The outer layer of the insulation layer is compounded with various functional protective fabrics, such as high-temperature resistant fiberglass cloth, silicone cloth, fluorine rubber cloth, aluminum foil cloth, etc., giving the product waterproof, oil-proof, corrosion-resistant, anti-aging, and other properties. The inner lining layer selects temperature-resistant materials according to the working conditions. The product is carefully designed and lofted based on the specific shape and size of the equipment measured on site, and is made using sewing or bonding processes. Structurally, it usually adopts methods such as buckles, velcro, fastening belts, or metal fasteners for opening and closing and fixing, enabling rapid disassembly and assembly. It can be widely used for insulation and heat preservation of various equipment that require regular maintenance in industries such as petroleum, chemical, metallurgical, electric power, and aerospace, including valves, pipelines, heat exchangers, engine exhaust pipes, etc. The appearance is clean and beautiful, the surface is washable, and the structure fits tightly, just like a tailor-made insulation coat for the equipment.
II. Product Features:
Due to its unique multi-layer composite structure and detachable design, the fiber insulation cover possesses a series of performance characteristics that are significantly superior to traditional rigid insulation materials:
The heat insulation effect is remarkable: the intermediate insulation layer is made of low thermal conductivity ceramic fiber material, with a thermal conductivity coefficient as low as 0.03 to 0.05 watts per meter per Kelvin. This ensures excellent insulation performance, reduces heat loss, enhances the thermal efficiency of the equipment, and achieves significant energy-saving effects.
Removable and Reusable: The product features a detachable design, ensuring easy and quick installation and removal without requiring special training. It can be repeatedly dismantled and used without compromising its insulation performance, boasting a long service life. This makes it particularly suitable for equipment that requires regular maintenance and cleaning.
Tailored and good fit: Based on the specific shape and size of the equipment, on-site surveying and tailor-made processing of non-standard products can perfectly fit various irregular and complex surfaces, such as valves, flanges, elbows, tees, etc., eliminating insulation dead zones.
Multi-layer composite and multifunctional protection: The outer protective fabric boasts waterproof, oil-resistant, chemical corrosion-resistant, anti-aging, UV-resistant, and other properties, making it suitable for both indoor and outdoor use as well as harsh working environments. The inner lining temperature-resistant layer ensures safety and reliability when in contact with high-temperature equipment.
Environmental safety and neat appearance: The product does not contain asbestos or other harmful substances, making it harmless to both the environment and human health. Its flame retardant performance meets Class A fire protection standards, ensuring safe use. The appearance is neat and attractive, with a washable surface that enhances the visual environment on site.
Improving working conditions and heat protection: Effectively reducing the surface temperature of equipment, minimizing heat loss to the environment, and alleviating high temperatures in workshops during summer. Additionally, it can prevent accidental burns for personnel, enhancing production safety.
III. Product Applications
It is widely used for thermal insulation of equipment such as reaction vessels, heat exchangers, valves, pipelines, flanges, and sight glasses in the petrochemical industry; for thermal insulation of steam turbine bodies, boiler pipelines, and instrument boxes in the power industry; for thermal insulation of heating furnace pipelines, hot air valves, and dust removal equipment in the metallurgical and steel industry; for thermal insulation of engine exhaust pipes and steam pipelines in the shipbuilding industry; for thermal insulation covers of vulcanizing machines and injection molding machines in the tire and rubber industry; for thermal insulation of reaction tanks and disinfection equipment in the food and pharmaceutical industry; for thermal insulation of high-temperature test devices and special shaped parts in the aerospace and military industry; and for energy-saving thermal insulation of urban heat supply networks and HVAC pipelines.
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