Section 1: Pipe Insulation Sleeves Introduction:
Pipe Insulation Sleeves (also known as: Insulation Blankets, Thermal Insulation Sleeves, Flexible Insulation Clothing, Special-shaped Insulation) are a new generation of thermal insulation products independently developed by our company based on the absorption of foreign technology. They are made of materials that can withstand extreme temperatures and are fire-resistant; consisting of three layers: an inner lining, a middle thermal insulation layer, and an outer protective layer. Designed and surveyed according to the specific shape of the pipeline or equipment and its operating environment, they are produced through special manufacturing processes. They are currently the top-grade thermal insulation materials for pipelines and equipment. They can be used for the insulation of pipelines and equipment of various shapes and temperatures, and are particularly practical for pipelines and equipment that require frequent disassembly, maintenance, and cleaning. They offer excellent overall economic benefits and are the ideal choice for industrial energy-saving and thermal insulation.
Section II: Pipe Insulation Sleeves offer Strong Adaptability: (Significant advantages compared to traditional insulation)
1. Can be used multiple times for extended periods (traditional insulation can only be used once)
2. Suitable for pipes and equipment of various shapes, particularly advantageous for "non-standard parts." Even in situations where traditional insulation is ineffective, removable flexible insulation suits can achieve the same (since traditional insulation is made of "rigid materials" that are not easy to bend or deform).
3. Wide space adaptability; this thermal insulating garment (set) can be used in confined spaces (traditional thermal insulation may not be suitable for small areas).
4. Strong environmental adaptability: Offers superior advantages over traditional insulation in corrosive environments. (As traditional insulation has an aluminum or iron exterior that is not resistant to corrosion.)
5. Suitable for various temperature ranges, from -196 to 1200°C.
Section 3: Performance Specifications of Pipe Insulation Sleeves
Thermal conductivity: 0.030 W/M.K - 0.040 W/M.K ± 0.005 (room temperature)
2. Withstanding high and low temperatures: High temperature resistance up to 1200-280°C, low temperature resistance down to -196°C. A) Insulation type B) Low temperature type (for temperatures below 300°C) C) Medium temperature type (for temperatures above 300-600°C) D) High temperature type (for temperatures above 600°C).
3. Flame Retardant, Non-combustible (Fire Rating A, GB8624-2006, German Standard DIN4102, A1 Class)
4. Density: 110-220 kg/m³
Thickness: 10-150MM
6. Moisture Absorption Rate: <5%
Insulation sleeves are primarily used for:
Detachable pipeline thermal insulation covers (insulation blankets, suits) are currently high-grade pipeline and equipment insulation materials, widely used in thermal equipment of various industries such as petrochemicals, chemical engineering, electricity, spinning, metallurgy, construction, shipping, tires, kilns, papermaking, and more. They are suitable for insulation and heat preservation of all types of pipelines and equipment, making them the ideal choice for pipeline and equipment insulation! This includes applications in high-temperature environments such as pipeline fittings, elbows, flanges, valves, sight glasses, tees, flowmeters, level gauges, pressure gauges, chemical reactors, laboratory instruments, equipment, thermal power and nuclear power steam turbine units, heads, pumps, and steel mills, as well as instrument boxes, heat exchangers, compressors, diesel engines, gas engines, engines, air compressors, and other special-shaped parts.
Series Products
Valve thermal covers, Gate valve thermal covers, Stop valve thermal covers, Ball valve thermal covers, Flange thermal covers, Pipe thermal covers, Flowmeter thermal covers, Filter thermal covers, Reactor thermal covers, Injection molding machine thermal covers, Exhaust pipe thermal covers
