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MQ Industry manufacture abundant Thermal Insulation, Fireproof, and Heat Resistance Products.
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Hot Products

Below products are the best seller of MQ Industry.
High Temperature Resistant Silica Fiber Sleeve
High Temperature Resistant Silica Fiber Sleeve
MQ Braided Silica Fiber Sleeve is made from silica fiber, SiO₂ content ≥96%, low shrinkage when being heated. Typically used to protect hose, tube, wire and cable in aerospace (gas turbine and rocket engines). Continuous use at 1832°F (1000℃), peak up to 3000°F (1650℃).
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Thermal Insulation Blanket Manufacturer
Industrial Thermal Insulation Blanket Manufacturer
Industrial Thermal Insulation Blanket are designed to help reducing heat transfer and saving energy for equipment, protecting personnel against burns and improving workplace safety. Working temperature: -76°F (60℃) to 2200°F (1200℃).
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High Temperature Resistant Quartz Sleeve for Cable
Aerospace Application Quartz Fiber Sleeve
MQ Aerospace Application Quartz Fiber Sleeve is made by quartz fiber, which possesses distinguished high temperature resistant and electrical insulation properties. Working temperature 1922°F (1050℃), short term exposure at 3092°F (1700℃).
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Thermal Insulation Blanket for Engine Manifold
Engine Manifold Thermal Insulation Blanket
MQ Engine Manifold Thermal Insulation Blanket are engineered in order to elevate the performance and safety standards of your vehicles. 
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High Temperature Protection Carbon Fiber Sleeve
Braided Carbon Fiber Sleeve
MQ Braided Carbon Fiber Sleeve is made by high quality carton fiber, which possesses excellent mechanical property and heat resistance. Working temperature: 1472℉ (800℃) ~ 5432℉ (3000℃).
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Valve Thermal Insulation Blanket
Valve Insulation Cover Thermal Insulation Blanket
MQ Valve Insulation Cover Thermal Insulation Blanket are designed to help reducing heat transfer and saving energy for equipment. They are available for Ball valve, Gate valve, Butterfly valve, Globe valve, Check Valves, Regulating valve, Relief valve, Magnetic valve etc. Working temperature: -60℃ to 1200℃.
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Pipe Blanket For Thermal Insulation
Pipe Blanket Thermal Insulation Blanket
Pipe Blanket Thermal Insulation Blanket are designed to help reducing heat transfer and saving energy for equipment, protecting personnel against burns and improving workplace safety. Working temperature: -76°F (60℃) to 2200°F (1200℃).
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Fireproof Carbon Fiber Fabric
Aerospace Application Carbon Fiber Fabric
MQ Carbon Fiber Fabric is a new type of fiber material with high strength and high modulus. Typically used in aerospace line. Working temperature up to 2500℃.
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Silicone Fire Sleeving
Industrial Grade Fire Sleeve
MQ Industrial Grade Fire Sleeve is typically used as a heavy-duty jacket to protect various of hoses, wires and cables from the hazards of high heat and occasional flame.
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High Quality Silica Fabric
High Quality Silica Fabric
MQ High Quality Silica Fabric is made from a 96% pure SiO₂ silica fiber, widely used for aerospace line. Working temperature 1832°F (1000°C).
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Fiberglass Fire Sleeve
Aerospace Fire Sleeve
MQ AS1072 Fire Sleeve is made of high texturized fiberglass yarns and the thickest silicone rubber coating, which possesses the best thermal insulation and fireproof performance. Mainly used to protect aerospace hoses, wires and cables from the extreme heat.
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Open-ended Cable Protection Fire Sleeve
Fire Sleeve with Hook and Loop Closure
MQ Fire Sleeve with Hook and Loop Closure is the construction which is easy for installation and disassembly without the need to dismantle or reconnect fittings and terminations. Continuous working under 500°F (260°C), Peak up to 3000°F (1650°C).
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MQ Industry

We always focus primarily on Fire sleeve, Thermal Protection & Insulation, and High Temperature Resistant Products.

ANHUI MQ INDUSTRY CO.,LTD was founded in Ningguo city (foot of famous The Yellow Mountain), China in 2010. It is a manufacturer established in accordance with the ISO9001:2015 Certified Quality Management System.

Different customers are in diverse requirements, while we are coincidental specializing in versatile fireproof materials, or named Thermal Protection Materials.

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Application

We specialize in manufacturing Thermal Protection and Insulation Textiles for hose, wire, cable, heavy equipment and AI components in China.
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Latest News

MQ Industry keeps vigilant eyes on thermal insulation materials trends, supply the best solutions for you.
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Flange Protection Solutions Oct 22, 2026
Flange Protection Solutions
Flanged connections are widely used in industrial piping systems across chemical processing, power generation, and other process industries. However, gasket deterioration, loose bolts, vibration, and temperature fluctuations can contribute to leaks at flange joints. When pipelines carry hazardous fluids, a leak may expose personnel and nearby equipment to chemical splashes or high-temperature liquids.   For Chemical Processing: Chemical plants often handle corrosive liquids and other hazardous process media. A leak at a flange connection can create risks for workers and surrounding equipment. Flange guards provide an additional layer of protection by helping contain or redirect fluid spray, reducing the risk of direct exposure.   For High-Temperature Systems: Power generation and other high-temperature industrial processes may involve steam and other hot media. Stainless steel flange guards are available for demanding applications, including molten salt and steam pipelines operating above 500°C. Material suitability should be confirmed against the actual operating conditions.   For Industrial Piping Protection: Flange guards are available in different materials, including PP, PVC, PTFE, and stainless steel. The appropriate option depends on the process medium, operating temperature, and flange specifications. Valve protection covers made from PP, PVC, and PTFE can also provide additional protection for selected valve types.   Flange guards are a supplementary safety measure, not a replacement for flange inspection, preventive maintenance, or established leak-response procedures. Correct material selection and installation are important parts of an effective piping safety strategy.   MQ Industry offers flange guard solutions for industrial applications. Visit our flange guard product page to explore the available options.
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Flange Guards for Industrial Piping Safety Oct 22, 2026
Flange Guards for Industrial Piping Safety
Flanged connections are widely used in industrial piping systems across chemical processing, power generation, and other process industries. However, gasket deterioration, loose bolts, vibration, and temperature fluctuations can contribute to leaks at flange joints. When pipelines carry hazardous fluids, a leak may expose personnel and nearby equipment to chemical splashes or high-temperature liquids.   For Chemical Processing: Chemical plants often handle corrosive liquids and other hazardous process media. A leak at a flange connection can create risks for workers and surrounding equipment. Flange guards provide an additional layer of protection by helping contain or redirect fluid spray, reducing the risk of direct exposure.   For High-Temperature Systems: Power generation and other high-temperature industrial processes may involve steam and other hot media. Stainless steel flange guards are available for demanding applications, including molten salt and steam pipelines operating above 500°C. Material suitability should be confirmed against the actual operating conditions.   For Industrial Piping Protection: Flange guards are available in different materials, including PP, PVC, PTFE, and stainless steel. The appropriate option depends on the process medium, operating temperature, and flange specifications. Valve protection covers made from PP, PVC, and PTFE can also provide additional protection for selected valve types.   Flange guards are a supplementary safety measure, not a replacement for flange inspection, preventive maintenance, or established leak-response procedures. Correct material selection and installation are important parts of an effective piping safety strategy. MQ Industry offers flange guard solutions for industrial applications. Visit our flange guard product page to explore the available options.
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Flange Protection Solutions Oct 22, 2026
Flange Protection Solutions
Flanged connections are widely used in industrial piping systems across chemical processing, power generation, and other process industries. However, gasket deterioration, loose bolts, vibration, and temperature fluctuations can contribute to leaks at flange joints. When pipelines carry hazardous fluids, a leak may expose personnel and nearby equipment to chemical splashes or high-temperature liquids.   For Chemical Processing: Chemical plants often handle corrosive liquids and other hazardous process media. A leak at a flange connection can create risks for workers and surrounding equipment. Flange guards provide an additional layer of protection by helping contain or redirect fluid spray, reducing the risk of direct exposure.   For High-Temperature Systems: Power generation and other high-temperature industrial processes may involve steam and other hot media. Stainless steel flange guards are available for demanding applications, including molten salt and steam pipelines operating above 500°C. Material suitability should be confirmed against the actual operating conditions.   For Industrial Piping Protection: Flange guards are available in different materials, including PP, PVC, PTFE, and stainless steel. The appropriate option depends on the process medium, operating temperature, and flange specifications. Valve protection covers made from PP, PVC, and PTFE can also provide additional protection for selected valve types.   Flange guards are a supplementary safety measure, not a replacement for flange inspection, preventive maintenance, or established leak-response procedures. Correct material selection and installation are important parts of an effective piping safety strategy.   MQ Industry offers flange guard solutions for industrial applications. Visit our flange guard product page to explore the available options.
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Flange Guards for Industrial Piping Safety Oct 22, 2026
Flange Guards for Industrial Piping Safety
Flanged connections are widely used in industrial piping systems across chemical processing, power generation, and other process industries. However, gasket deterioration, loose bolts, vibration, and temperature fluctuations can contribute to leaks at flange joints. When pipelines carry hazardous fluids, a leak may expose personnel and nearby equipment to chemical splashes or high-temperature liquids.   For Chemical Processing: Chemical plants often handle corrosive liquids and other hazardous process media. A leak at a flange connection can create risks for workers and surrounding equipment. Flange guards provide an additional layer of protection by helping contain or redirect fluid spray, reducing the risk of direct exposure.   For High-Temperature Systems: Power generation and other high-temperature industrial processes may involve steam and other hot media. Stainless steel flange guards are available for demanding applications, including molten salt and steam pipelines operating above 500°C. Material suitability should be confirmed against the actual operating conditions.   For Industrial Piping Protection:   Flange guards are available in different materials, including PP, PVC, PTFE, and stainless steel. The appropriate option depends on the process medium, operating temperature, and flange specifications. Valve protection covers made from PP, PVC, and PTFE can also provide additional protection for selected valve types.   Safety Considerations: Flange guards are a supplementary safety measure, not a replacement for flange inspection, preventive maintenance, or established leak-response procedures. Correct material selection and installation are important parts of an effective piping safety strategy.   MQ Industry offers flange guard solutions for industrial applications. Visit our flange guard product page to explore the available options.
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Carbon Fiber Application Jul 15, 2021
Carbon Fiber Application
Carbon fiber is a kind of rare material widely used in aerospace, aviation and other fields, it is as thin as hair, the weight is less than 1/4 of steel, the strength is 7 to 9 times that of steel, and the corrosion resistance is super strong, known as “black gold” “king of new materials”. The use of carbon fiber materials for launch vehicles can not only reduce weight, but also reduce the energy of burning rocket.   It is estimated that every kilogram of rocket weight reduction can reduce the use of 500 kilograms of fuel. At the same time, the smaller the weight of the rocket, the more payload it can carry, and every additional kilogram of payload also means a reduction in the cost of delivery. The high strength of carbon fiber can not only resist the impact of strong cosmic rays, but also better avoid problems such as material deformation caused by the large temperature difference between day and night in space, can also play an excellent and stable role under extremely harsh conditions.   On February 4, 2021, the Beijing 2022 Olympic and Paralympic Winter Games torch – “Flying” came out, which is the world’s first carbon fiber composite material to make the Olympic torch shell. Sinopec participated in the development and production of the torch, and also undertook the development of the torch streamer and the mass production of the entire torch. The torch shell burning section of the previous Olympic Games is generally made of metals, such as steel, aluminum alloy, etc., but the torch shell made of Sinopec carbon fiber composite materials is not only beautiful in appearance and comfortable in the hand, but also reduced by about 30% compared with the metal material, which has the advantages of light, solid and beautiful.   Carbon fiber is strong and light, but also has the “soft” of textile fiber. “Flying” uses three-dimensional weaving technology, with black strands, each containing 12,000 carbon fibers. After three-dimensional weaving, the torch shell is finally woven like a “knitting sweater”, which can withstand high temperature and fire resistance, and can be used normally in a burning environment of about 800 degrees Celsius, also can withstand the high temperature generated when the torch burns for a long time. This is the first time that carbon fiber materials have been used in the torch, and it is also a wonderful appearance of carbon fiber materials independently produced in China, which has gathered the attention of the world.   In the body manufacturing, the superior performance of carbon fiber is also promising. At the beginning of 2022, carbon fiber independently developed and produced by Sinopec was successfully applied to the Guangzhou Metro Line 18 “Bay Blue” high-speed train, “Bay Blue” became the first subway train in China, the head cover of which uses lightweight high-strength carbon fiber composite materials.
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