Silane XLPE cable material is widely used as insulating material for low-voltage power cables in the wire and cable industry. Compared with peroxide cross-linking and radiation cross-linking, this material has the advantages of simple manufacturing equipment, convenient operation and low comprehensive cost in the manufacture of cross-linked wires and cables, and has become the leading insulating material for low-voltage cross-linking. As an inorganic non-metallic material, glass fiber has the advantages of good insulation, strong heat resistance, good corrosion resistance and high mechanical strength. Commonly used in composite materials such as reinforcing materials, electrical insulating materials and thermal insulation materials. However, the glass fiber has a large surface and is compatible with resin, which greatly reduces its filling effect. In order to improve the bonding force between resin and glass fiber, and improve the strength, electrical properties and weather resistance of glass fiber reinforced composites, it is necessary to modify the surface of glass fiber. At present, the most widely used surface modifier in glass fiber surface modification is silane coupling agent. The main varieties are: vinyl silane, amino silane, methacryloyloxy silane and so on.   Vinyl Silane Coupling Agent Crosile in Paint Adhesive and Fiber Glass Vinyl silane refers to an organosilicon compound with the chemical formula CH2=CHSiH3. It is a derivative of silane (SiH4). The compound is a colorless gas and is mainly of theoretical interest. Vinyltrimethoxysilane Silane, Silane VTMOEO, Trimethoxy(Vinyl)Silane, Silane Coupling Agent A-172, Silane Coupling Agent Z-6172, Vinyl Silane Amino Silane Coupling Agent Crosile in Adhesive Fiber Glass and Rubber Amino Silane Coupling Agent Crosile is a chemical substance with the molecular formula H2NCH2CH2CH2Si (OC2H5)3, which is used in various industries such as glass fiber reinforced plastics, coatings, castings, plastics, adhesives, sealants, textile printing and dyeing. Amino Functional Silane is the tackifier of RTV silicone rubber. It has two functional groups, namely amino and ethoxy. Amino Functional Silane, Amino Silane, Amino Silane Adhesion Promoter, AMEO 1760-24-3, 3-AMINOPROPYLTRIETHOXYSILANE, Gamma-Aminopropyltriethoxysilane  

Petroleum resins used as tackifying resins can be divided into three categories according to their chemical composition: aliphatic, aromatic and alicyclic. Among these three kinds of petroleum resins, C5 series petroleum resins and alicyclic petroleum resins have the advantages of light color, good compatibility with natural rubber, heat resistance, oxygen and light aging resistance, storage stability, etc., and are therefore widely used. Used as a natural rubber pressure-sensitive resin. Adhesive tackifying resin. Although C9 series petroleum resins are cheap, due to their high polarity, they have poor compatibility with natural rubber and can only be used in rubber pressure-sensitive adhesives such as SBR, SIS, and SBS. Copolymerization of C9 fraction and C5 fraction, controlling the proportion of C9 fraction, can adjust the compatibility of the obtained petroleum resin with various rubbers   » Good Solubility C9 HT9140 Petroleum Resin for Rubber Industry Rubber Low softening point C9 hydrocarbon resins are primarily used. The resin has good mutual solubility with natural rubber particles. It has no vulcanization effect on rubber. » HC5100 Aliphatic Hydrocarbon Resin C5 for Rubber Adhesive ECOPOWER hydrocarbon resin HC-5100 has good compatibility with natural rubber.Hydrocarbon resin HC-5100 can also be used for tire rubber compounding, other rubber products, such as soles, heels, flooring, belts, rubber tubes and inner tube. » Dicyclopentadiene DCPD Hydrocarbon Resin in High end Rubber DCPD resin for high-end rubber tires is widely used in the production of automobile parts, from general products such as seats, door panels, bathtubs to rocket launchers and High-end rubber, racing tire, truck tire  

Silane coupling agent is a compound that can produce certain binding force with polar and non-polar substances at the same time. It is characterized by having both polar and non-polar moieties in the molecule, such as amino silane, epoxy silane, alkyl silane and benzene. Organic functional groups such as alkali are often chemically combined with organic functional groups in the binder matrix resin; methylamino, ethylamino, etc., these genes are easily hydrolyzed into silanols, which can be combined with inorganic substances (glass, silica, metal, clay, etc.) The oxides on the surface combine and react with hydroxyl groups to form stable silicon-oxygen bonds. Therefore, by using a silane coupling agent, a "molecular bridge" can be set up between the interface of inorganic and organic matter, connecting two materials with completely different properties, thereby effectively improving the bonding strength of the interface layer. Adding a silane coupling agent to the adhesive can not only improve the adhesive strength, but also improve the durability and moisture-heat aging resistance of the adhesive. For example, polyurethane, although it has high adhesion to many materials, its durability is not ideal, and its durability is significantly improved after adding a silane coupling agent. When studying the wet-heat durability of titanium alloy adhesives, by adding a silane coupling agent to the epoxy adhesive used, the shear strength retention rate of the adhesive after wet-heat aging increased from about 80% to about 97% About. Silane coupling agents can even be used directly as adhesives for bonding silicone rubber, fluor rubber.  

Performance index of petroleum resin for hot melt adhesive When formulating hot-melt adhesives and pressure-sensitive adhesives, the matrix resin only has cohesive force when it is melted at a certain temperature. Once the temperature drops, the cohesion will decrease or even lose its cohesive ability.   Adding petroleum resin to the elastomer can not only improve the viscosity and wettability of the hot melt adhesive, improve the surface contact effect and characteristic bonding performance, and obtain an ideal balance between viscosity, cohesive strength and interface strength; By adjusting the rheology of the adhesive, increasing the glass transition temperature of the mixture, and adjusting the heat resistance temperature of the hot melt adhesive, the use environment of the hot melt adhesive is expanded.   As an amorphous petroleum resin polymerized from mono- and di-olefins with complex components, there is no fixed melting point, and the ring and ball softening point of the resin becomes an important factor in determining the performance of the resin. Other physical properties of petroleum resin such as chromaticity, compatibility, melt viscosity, acid value and iodine value are also important factors determining the application field of petroleum resin.   Product Recommend: »Best Adhesive Property Petroleum Hydrocarbon Resin C5 Manufacturer »Maleic Modified Rosin Ester Resin for Hotmelt Adhesives Improve Bonding Force »HC5100 Aliphatic Hydrocarbon Resin C5 for Rubber Adhesive

How to use Silane Coupling Agent Aminopropyltriethoxysilane Crosile550‎ ‎ ECOPOWER Crosile®550 silane coupling agent, gamma-aminopropyltriethoxysilane, a versatile amino-functional coupling agent may be an excellent candidate for use in a range of broad applications to provide superior bonding between inorganic substrates and organic polymers. Chemical Formula: H2NCH2CH2CH2Si (OC2H5)3   ‎ 1. ‎‎Preprocessing packaging method‎ ‎Put the filler into the solid mixer (high-speed solid mixer HNSHEL or V-type solid mixer, etc.), spray the above silane solution directly on the filler and stir, the higher the rotation speed, the better the dispersion effect. Generally, stir for 10-30 minutes (the slower the speed, the longer the time), and the filler should be dried at 120 degrees Celsius (2 hours). ‎ ‎ ‎ ‎ 2. Silane coupling agent Crosile550 aqueous solution‎ ‎(Glass fiber surface treatment agent): Glass fiber surface treatment agent often contains: film-forming agent, antistatic agent, surfactant, coupling agent, water. The amount of coupling agent Crosile550 is generally 0.3%-2% of the total glass fiber surface treatment agent. First, the pH value of the 5-fold aqueous solution is adjusted to a certain value with an organic acid or salt. With good agitation, add the silane until clear, then add the rest of the ingredients. For insoluble silanes, isopropanol can be used to aid dissolution. During the drawing process, the glass fiber surface treatment agent is sprayed on the glass fibers and dried to remove the solvent and water. ‎ ‎ ‎ ‎ 3.‎‎Background Law‎ ‎5%-20% ‎‎Silane coupling agent Crosile550 solution is applied to the surface of the substrate by the above-mentioned treatment methods such as coating, brushing, spraying, and dipping. Remove and dry at room temperature for 24 hours, preferably 120°C. 15 minutes. ‎ ‎ ‎ ‎ 4. ‎‎Direct Join Method‎ ‎Silanes can also be added directly to filler/resin mixtures. When the resin and filler are mixed, the silane can be sprayed directly into the mixture. The amount of coupling agent is generally 0.1%-2% of the amount of filler (determined according to the diameter of the filler). The silane-added resin/filler is then molded (extruded, compression molded, coated, etc.). ‎  

Why does tackifying resin increase tack?   Tackifier resins refer to small molecular compounds that can improve the viscosity of rubber materials, especially the surface viscosity. Usually, the relative molecular mass of these small molecular substances is between several hundred and ten thousand, and they have a high glass transition temperature. According to their sources and synthetic routes, they can be mainly divided into two categories: natural products and their derivatives and synthetic resins. Tackifying resin is mainly used for polymer modification, it is widely used in adhesives, coatings, inks and as rubber compound, asphalt modifier and polyolefin modifier.   Tackifying resin is one of the indispensable materials in the production process of rubber products and tires. A comprehensive understanding of tackifying resin is conducive to the selection of different types of raw materials according to different situations in production. Generally speaking, natural series resins include rosin and terpene resins; synthetic series resins include polymer C5 petroleum hydrocarbon resins, C9 petroleum resins. As polymer modifiers, tackifying resins are rarely used alone, but in most cases as a compounding agent to increase polymer adhesion, increase initial viscosity, and reduce operating or processing viscosity.

In 2022, our ECOPOWER will increase the production of Crosile®1891 3-mercaptopropyltriethoxysilane, which has completed the plan of 400T/year and will be put into production one after another. Combined with customer and factory feedback, understanding the product can help enterprises in the industry in the following aspects：   1. Crosile®1891 3-Mercaptopropyltriethoxysilane is especially suitable for sulfur vulcanized and metal oxide vulcanized elastomers. It chemically bonds inorganic fillers such as silica, clay, mica, and talc with rubber, thereby increasing the tensile stress, tensile strength, tear strength, and tensile strength of inorganic filler-reinforced elastomers. Crack strength and other properties. Strength, heat resistance, abrasion resistance, resilience, compressibility and vulcanization time, etc. Compared to Crosile®189, this product and materials made from inorganic fillers have better storage stability. Recommended usage: Add Crosile®1891 immediately after inorganic filler and rubber, mix well, then add other ingredients including zinc oxide and stearic acid. The additional amount is 0.5%-1.5% of the inorganic filler.   2. Crosile®1891 mercaptopropyltriethoxysilane can replace general polysulfide silane. In low rolling resistance tires and rubber roller formulations, only lower levels can achieve the same performance.   3. Crosile®1891 (3-mercaptopropyl) triethoxysilane can be used as a tackifier in the formulation of coatings and adhesives, and can also be used in the modification of polyurethane adhesives.   4. Crosile®1891 silane can be used as adhesion promoter, surface modifier, cross-linking agent and dispersant, mainly used to improve the binding force of inorganic mineral powder materials and fibers to high molecular polymers (dendrites). Adhesion and water resistance of capacitors and resin layers to inorganic substrates.

Precipitated Silica results in the structuring of the silicone rubber, mainly based on a large number of hydrogen bonds between Precipitated Silica and high molecular weight polysiloxanes.   Reinforcing fillers for silicone rubber can be divided into reinforcing fillers and non-reinforcing fillers according to the reinforcing effect. The former has a diameter of 10~50nm and a specific surface area of ​​70~400m2/g. The effect is better; the latter is usually 300~10000nm, the specific surface area is below 30m2/g, and the reinforcement effect is poor. The reinforcing filler used in silicone rubber mainly refers to synthetic Precipitated Silica, also known as Precipitated Silica. Precipitated Silica is divided into fumed Precipitated Silica and precipitated Silica.   Fumed Precipitated Silica The size, specific surface area, surface properties and structure of fumed Precipitated Silica particles are related to the ratio of raw gas, combustion rate and residence time of SiO2 core in the combustion chamber. The finer the fumed Precipitated Silica particles, the larger the specific surface area and the better the reinforcement effect, but the worse the performance. On the contrary, the particles are coarser, the specific surface area is smaller, and the enhancement effect is poor, but the operability is better. Fumed Precipitated Silica is one of the most commonly used silicone rubber reinforcing agents. The rubber compound reinforced with it has high mechanical strength and good electrical properties after vulcanization. Fumed Precipitated Silica can be used in combination with other reinforcing agents or weak reinforcing agents to prepare rubber compounds with different application requirements.   SAI800 High Anti Yellowing Silica in Silicone Rubber » Medium particle size: 10-14um and BET specific surface area 130-160 m²/g   SAI779-1 Reinforcing filler Silicone Rubber » Medium particle size: 10-14um and BET specific surface area 150-180 m²/g   SAI779 Good Processing Precipitated Silica in Silicone Rubber » Medium particle size: 10-14um and BET specific surface area 1120-160 m²/g    

Warm congratulations to ECOPOWER for its housewarming on May 30, 2022. The new company address is Room 1302, No. 418, Huanshi East Road, Yuexiu District, Guangzhou, China.   Over the years, the company has always adhered to the tenet of "customer-centered", adhering to the core values of "pragmatism, integrity, friendship, development, win-win, gratitude, family affection, justice", and accurately positioned itself in Special Chemical Additives support. Continuously improve the quality of its own services, laying a solid foundation. This housewarming marks that the company has reached a new level. The company will show you a new look and serve our customers with a new concept and quality! Main Product List Silane coupling agent (Crosile 69, Crosile 75, Crosile 189, Crosile 1891, Crosile 172, Crosile 171…) Precipitated silica (White carbon, Silicon dioxide silica, Matting agent) Petroleum hydrocarbon resins (C5, C9, Copolymer resin, Coumarone indene resina, Hydrogenated hydrocarbon resin) Gum Rosin and Rosin Ester Derivatives (Gum rosin, Pentaerythritol ester, Rosin glycerol ester, Maleic acid rosin resin) CSM rubber (Hypalon rubber, Chlorodulfonated polyethylene rubber)   Thank you, all of the customers, for your support and employees for so many years. Next, we will continue to work together to achieve win-win cooperation.