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Home / Products / Pneulead / Pneumatic Auxiliary Components / TUAS Flame Resistant Tube

Pneulead TUAS Flame Resistant Tube Wholesale

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Wholesale Pneulead TUAS Flame Resistant Tube Manufacturers

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About Group

PNEUMATIC SYSTEM PROFESSIONAL SOLUTION

Ningbo Sono Manufacturing Co., Ltd. is China TUAS Flame Resistant Tube Manufacturers and Wholesale Pneulead Pneumatic TUAS Flame Resistant Tube Suppliers, which has a history of 25 years in pneumatic field. Our company has set up Zhejiang provincial research and development center and hired domestic and overseas engineers，we have powerful exploiting capacity, we produce six series of products as following: Air source treatment, Pneumatic control elements, Pneumatic act elements, Air press punch, Pipe fittings and Pneumatic tubes, electricty control cylinder. We have the ability to supply the whole set of pneumatic system. Adopting the international advanced technique and machine equipment, we have passed ISO9001:2015 and got CE, ROHS certifications. And developing actively the market of home and abroad and building a wide sales net and after-sale service system. Satisfactory service to customers.
Meanwhile, we won “National High and New Techno-logy Enterprises”, ” Technology Innovation Model Company” and so on. STNC brand has been Famous Brand in Zhejiang province, STNC products have been regarded as brand products in Zhejiang province, selling well all over the world.

Ningbo Sono Manufacturing Co., Ltd.
Ningbo Sono Manufacturing Co., Ltd.

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Industry Knowledge Extension

What principle is the flame retardant mechanism of flame retardant pipes based on?

The flame retardant mechanism of TUAS flame retardant tube is based on the careful design and application of flame retardant materials. The core idea is to slow down or inhibit the spread of flames through chemical and physical means, as well as the exquisite design of the material structure, so as to achieve the purpose of fire safety. .
Chemical reaction is an important link in the flame retardant mechanism. Chemicals in flame retardant materials undergo specific chemical reactions in the flame, consuming free radicals in the flame and slowing down the combustion process. These reactions, including chemical decomposition and oxidation-reduction, prevent the flame from spreading further by absorbing the energy of the flame.
Physical isolation is another key mechanism that affects flame propagation by changing the physical structure of the material. Increasing the density of the fabric, applying surface coatings or using special fiber structures are all intended to slow down the rate at which flames burn on the surface of the material. This physical isolation method curbed the spread of the fire to a certain extent and provided valuable time for fire extinguishing.
The charcoal layer or fire-extinguishing layer produced when the flame-retardant material burns can prevent the flame from spreading inwards. The formation of this protective layer blocks the supply of oxygen, slows down the combustion process, and provides an effective barrier to the fire source.
Some flame-retardant materials adjust their structure to reduce their thermal conductivity to gases and liquids, making it difficult for fire sources to spread through pipes or other channels. This design not only slows down the spread of fire, but also provides more favorable conditions for fire-fighting work.