跳至主要内容

What are the Excellent Characteristics of glass wool blanket?

1. Thermal insulation performance: The manufacture of glass wool is first made into fiber through a centrifuge, and then a wool felt-like product produced by the process of sedimentation, curing and cutting. The air holes in the middle of the glass fibers form a natural air layer, which enhances the thermal insulation of the glass itself. Is a very good insulation material.

2. Sound insulation performance: When sound passes through glass wool, the sound energy is converted into heat by the small vibrations of the fiber, which weakens the sound transmission.

3. Fire performance: Because the glass itself is like a crystal, it is a relatively high-temperature-resistant material. The highest temperature can reach 250 ° C, which is suitable for residential use.

Types and applications of glass wool:

1. Glass wool roll: The product is widely used in factories, warehouses, freezer rooms, gymnasiums, exhibition centers, breeding and thermal insulation sheds; steel structures and various indoor playgrounds.

2. Glass wool blanket: Glass wool blanket is divided into two categories: no veneer and composite veneer. Products are widely used in industrial, residential building exterior wall insulation systems, and air conditioning and energy saving fields.

3. Glass wool tube: This product is made of ultra-fine glass wool with a resin binder and cured into a tubular insulation material. Aluminum foil can be affixed on the surface. It is moisture-proof and radiation-proof. Insulation and cooling of pipes such as heat and civil heating.

4. Glass wool sheet felt: The glass wool sheet felt with high performance requirements is used in the walls and roof systems of conjoined, unit residences, office buildings, public buildings and other places. The excellent energy-saving and noise-reducing effect has also been recognized by the market. The most important thing is construction safety.

5. Reinforced foil facing felt:

In order to better meet the special requirements of customers, and solve the problems of moisture resistance, sound absorption, corrosion resistance, aesthetics, etc., glass wool products can be processed into a variety of veneer products, such as reinforced mesh aluminum foil veneer, flame-retardant pure aluminum aluminum foil Veneer products, flame retardant white polypropylene veneer, flame retardant triple composite veneer, black glass fiber veneer and other products. The surface cladding of glass wool enhances the abrasion resistance of glass wool itself, and the veneer itself is resistant to breakage, High tensile strength, beautiful appearance, easy construction, etc.

Glass wool manufacturer china believes that with the introduction of new types of glass wool, this year's formaldehyde-free and acrylic-free glass wool is popular. Cotton does not contain formaldehyde or even acrylic binder. The free formaldehyde molecules in the product are gone, which is more environmentally friendly and healthy.

 

评论

此博客中的热门博文

Do You Know What the Use of Glass Wool Insulation Material Is?

  From the present day, we can see that   Glass Wool   insulation material is used in many aspects of daily life. Its thermal insulation properties make it widely used in daily life or work. The most common is that in colder winters, people can use this product to wrap their own water pipes. This can ensure that their water pipes are not frozen, and then the water between them can be kept flowing for as long as possible.  Glass Wool Because of its shearability, glass wool insulation materials can be trimmed according to their own needs, and products of different sizes can be cut and used in different places. For example, in this relatively cold place in the Northeast, people can wrap this product on their own roofs, make their houses adhere to a certain temperature, and fully play the role of heat insulation of this product, bringing comfort and comfort to their lives. convenient. In addition, glass wool insulation materials are also used more locally. With the extensive use of this in

Neoprene vs EPDM: What's the Difference?

  Both neoprene and   EPDM   are materials used in the manufacture of conveyor belt systems. While neoprene is most commonly used in the industry, many companies are turning to EPDM because using it overcomes many of the challenges associated with using neoprene.   What is neoprene? Neoprene is made through the polymerization of chlorine. Characterised by its chemical stability, flexibility over a wide range of temperatures and resistance to degradation, the material was originally intended as a petroleum-based alternative to natural rubber.   Its durability and flexibility make neoprene suitable for a wide range of everyday products - such as sports and medical equipment, technical coverings and sleeves, diving suits and safety gloves - as well as for a variety of outdoor applications - including as hoses, gaskets, seals, and gaskets. -including as hoses, gaskets, seals, coatings and linings.   Huamei  EPDM rubber foams  include semi-closed cell supersoft and supersoft foams; closed c

What Is the Difference Between Extruded Board and Foam Board?

  Extruded plate  (XPS), based on polystyrene resin as raw material, through a special process of continuous extrusion foaming molding hardboard, its internal structure for independent closed bubbles, is one kind has high pressure, water absorption, moisture, breathable, lightweight, corrosion resistance, long service life, low coefficient of thermal conductivity, excellent environmental protection heat preservation material performance. Extruded polystyrene (XPS) insulation board is widely used in wall insulation, flat concrete roof, and steel structure roof insulation, low-temperature storage ground, parking platform, airport runway, highway and other fields of moisture-proof insulation, and control ground frost heave. 1. Excellent and long-lasting thermal insulation The extruded board has a thermal conductivity of 0.028w/MK, which has the characteristics of high thermal resistance and low linear expansion rate. Its thermal conductivity is far lower than other insulation materials su