TPX release film has advantages such as heat resistance, drug resistance, oil resistance, electrical properties, safety, optical properties, etc., and has a wide range of applications. The main applications include: medical, cosmetics containers, physical and chemical experimental apparatus, microwave food containers, electrical/electronic parts, industrial parts, films, information equipment parts, resin modifiers, electrical insulation materials, etc. In addition, advanced optical memory, Optical communication equipment, water treatment devices, air separation membranes and other applications are also under development. 1. High pressure steam is commonly used in medical equipment γ Radiation, ethylene oxide, etc. are used for sterilization. Compared with PVC, TPX release film will not adsorb ethylene oxide, so there is no

In addition to the excellent physical and mechanical properties of ordinary polyester films, release films also have excellent optical properties such as good transparency, low haze, and high glossiness. Mainly used for high-end vacuum aluminum plated products, with a mirror like appearance after aluminum plating, and good packaging and decoration effect; It can also be used as a laser anti-counterfeiting base film. The release film market has a large capacity, high added value, and significant economic benefits. What are the advantages of release membranes? 1. The release film is transparent and reflects the image of the product. Tight packaging with good anti scattering properties. Rain proof, moisture proof, and mold proof. Non restorative, with certain anti-counterfeiting functions. Release film is often used in convenience food, beverage markets, electronic appliances, metal products, especially shrink labels

What is the tensile strength of fiber cloth? It is also a widely accepted theoretical value in China, around 20 megapascals. However, measuring this value at the current level of craftsmanship and handicraft production is impractical. However, there is one method for measuring the tensile force of fiberglass cloth, which is more direct, such as physical formulas, stability performance curves, and smaller experimental units. The entire physical experiment requires great patience. The same principle applies to the tensile parameters of glass fiber and a steel bar. Measuring with metal wire will result in power loss, while measuring with glass fiber is equivalent to the tensile force of 1kg of steel bar.

There are many things that we use in our daily lives, and we need to use them correctly in order to better utilize them. How can we use it to achieve its effectiveness? There are actually many details that we need to pay attention to when using. So, when we use fiberglass cloth, we need to install and use it correctly so that it won't cause us some trouble in our future use. Our daily construction methods are actually very simple, as long as we follow the correct methods. So when we started construction, we also inspected the rust removal of the discipline foundation,

There is not much difference between glass fiber cloth and the main material of glass, mainly due to the different material performance requirements during the production process, so the formula is also different. The silicon dioxide content of flat glass is about 70-75%, and the silicon dioxide content of glass fiber is generally less than 60%. Glass is an inorganic material that melts at high temperatures (above 800 degrees Celsius, daily glass typically melts at 1100 degrees Celsius), and does not undergo chemical changes below the softening point temperature. Above the softening point temperature, it only softens, melts or decomposes, without any combustion phenomenon. Glass fiber cloth pulls glass into very thin glass fibers, which have good softness. Place the glass

We use many things in our daily lives, and we need to use them correctly to better utilize their effectiveness. How can we use it to achieve its effectiveness? In fact, there are many details that we need to pay attention to when using. Therefore, when we use fiberglass cloth, we should install and use it correctly to avoid causing some trouble for our future use. Our daily construction methods are actually very simple, as long as we follow the correct methods. So when we start construction, we check the discipline foundation for rust removal, and after passing the inspection, there are no problems. We apply asphalt paint again, and then wrap glass fiber cloth. After production, we ensure that

Fluorine plastic release film is used to isolate adhesive materials and is widely used in industries such as electronics, spray consumables, reflective materials, tape, self-adhesive waterproof rolls, etc. This article explains the characteristics and properties of fluoroplastic release films for you. The properties of fluorine plastic release film: 1. No migration phenomenon, eliminating the risk of silicone resin release film transferring to nearby materials. 2. Controllable release force, high glossiness, high cleanliness, residual adhesion of 94%, and good surface performance. 3. Excellent UV aging resistance, chemical corrosion resistance, and solvent penetration resistance. 4. The colors are generally transparent and milky white. Fluorine plastic release film is mainly used as a carrier for vacuum aluminum plating, that is, PET film is placed into the real

Where is the fluoride release membrane used? Let the editor from the Ruichangxing release film manufacturer explain it in detail below! Fluoride release membranes have advantages such as heat resistance, drug resistance, oil resistance, electrical, safety, optics, and are widely used. The main applications include: medical, cosmetics containers, physical and chemical experimental apparatus, microwave food, electrical/electronic parts, industrial parts, films, information equipment parts, resin modifiers, electrical insulation materials, etc. In addition, advanced applications such as optical memory, optical communication equipment, water treatment equipment, and air separation membranes are also being developed. 1、 High pressure steam is commonly used in medical devices, γ Compared to polyvinyl chloride

Matte release film is a very good high-end compression isolation material with high filling and temperature resistance, high tensile and tear strength, chemical inertness, and no adhesion. Matte release film is based on the original PET transparent film, with appropriate adjustments to the raw material formula and the addition of silicon dioxide, so that the surface of the film has appropriate roughness. Then evenly apply 0.2um-0.6um release silicone oil on the surface of the polyester film after drying. Matte release film makes the surface of the product smooth and smooth, with uniform coating, high cleanliness, stable release force, and good adhesive tape residue. Matte release film should not wrinkle, tear, or particle when selecting PET matte original film

PET matte release film, also known as matte release film. It is based on the original PET transparent film, by adjusting the raw material formula appropriately, adding silicon dioxide, and coating the surface of the film with silicon or fluorine, to make the release film non stick or slightly stick when in contact with specific materials under limited conditions. TPXPPC flexible circuit boards, die-cutting industry, outer packaging, automotive insulation, etc. are all the main uses of matte release films. The method of release film: PET release film, also known as heat transfer film, peel film, insulation film, slip film, Tiana paper, silicone oil film, anti mucosa, silicone oil release paper, silicone oil paper, mask film, PET release film, also known as PET transfer film. It mainly

PTFE is prone to internal cooling and stress relaxation under stress and continuous high temperature, so it is generally used for low voltage, medium temperature, strong etching and substances that do not allow environmental pollution, such as strong alkali, strong acid, Halogen lamp, drugs, etc. The safety application temperature is 150 ℃, and the working pressure is below 1MPa. Although polytetrafluoroethylene has higher compressive strength, its application temperature does not exceed 200 ℃ and its corrosion resistance is reduced. The working pressure of PTFE gaskets generally does not exceed 2MPa. Due to the increase in temperature, the raw materials experience stress relaxation, resulting in a significant decrease in the sealing working pressure. Even without raising the temperature, with the increase of time

Polytetrafluoroethylene film is formed by pressing and sintering cylindrical billets, cutting them into thin films by machine tools, and then rolling them. According to different processing methods, it can be divided into three types: directional membrane, semi directional membrane, and non directional membrane. At present, polytetrafluoroethylene film products include porous membranes, microfiltration membranes, color membranes, etc. 1. PTFE color film is suitable for insulation of electrical instruments or wires, and has color distinguishing marks. It is a new type of C-class insulation material with excellent comprehensive performance, and is one of the indispensable and important materials in the radio industry, aviation industry, and cutting-edge technology. PTFE film is generally made of suspended PTFE resin with a particle diameter of 150