Different type of Hydrocarbon resin C9 from ECOPOWER as below: 1.Thermal process C9 resin  HT Series (Thermal process C9 Petroleum resin is obtained by cracking and polymerizing @ 140-210 ℃ from C9 fraction)   C9-Hot Polymerization Item Softening Point(°C) Color Gardner Acid Value(Mg KOH/g) Lodine Value(gl/100g) ASH Content% Test Method ASTM E 28 ASTM D1544 ASTM D 974 ASTM D 1959 ASTM D 1063 HT-9100 95-105 8#-18# ≤1.0 Max. 170 1.07-1.13 HT-9110 100-110 8#-18# ≤1.0 Max. 170 1.07-1.13 HT-9120 110-120 8#-18# ≤1.0 Max. 170 1.07-1.13 HT-9130 120-130 8#-18# ≤1.0 Max. 170 1.07-1.13 HT-9140 130-140 8#-18# ≤1.0 Max. 170 1.07-1.13 2.C9 resin Catalytic-polymerization Hydrocarbon resin(HC Series) C9-Cold Polymerization Item Softening Point(°C) Color Gardner Acid Value(Mg KOH/g) Specific Gravity(20/20℃) Lodine Value(gl/100g) ASH Content% Test Method ASTM E 28 ASTM D1544 ASTM D 974 ASTM D 71 ASTM D 1959 ASTM D 1063 HC-9110 100-110 4#-7# ≤1.0 1.07-1.13 Max. 30 Max.0.05% HC-9120 110-120 4#-7# ≤1.0 1.07-1.13 Max. 30 Max.0.05% HC-9130 120-130 4#-7# ≤1.0 1.07-1.13 Max. 30 Max.0.05% HC-9140 130-140 4#-7# ≤1.0 1.07-1.13 Max. 30 Max.0.05% 3.Hydrogenated C9 petroleum resin(Water White Resin,Color Gardner #0) Hydrogenated Hydrocarbon Resin C9 Item Softening Point(°C) Color Gardner Heat Stability(@180°C，4h） ASH Content% Test Method ASTM E 28 ASTM D 1544 ASTM D 1209 ASTM D 974 HY-6100 95-105 #0-1 MAX.150 MAX.0.1 HY-6110 100-110 #0-1 MAX.150 MAX.0.1 HY-6120 110-120 #0-1 MAX.150 MAX.0.1 HY-6130 120-130 #0-1 MAX.150 MAX.0.1 HY-6140 130-140 #0-1 MAX.150 MAX.0.1 HY-9105 95-105 #0-1 MAX.150 MAX.0.1 HY-9110 100-110 #0-1 MAX.150 MAX.0.1 4.Aliphatic modified C9 aromatic resin C521100 Recommendation Application   C9 Petroleum Hydrocarbon Resin Application Base Polymer Product Recommended Carton Sealing Adhesive EVA HC-9110 Woodworking Adhesive EVA HC-9110, HC-9120, HC-9130 Hot Melt Adhesive Film EVA HC-9110, HC-9120 Shoe Adhesive SBS, CR HC-9120, HT-9100 Alkyd Paint Long oil alkyd resin HC-9120, HT-9120 Aluminium Paint Aluminium paste HC-9100, HC-9120 Off-Set Printing Ink Phenolic resin HC-9120, HC-9140, HC-9120, HT-9140 Rubber Compounding NR/SBR HC-9100, HT-9100 Asphalt Modification Asphalt HC-9120, HC-9140, HC-9150, HT-9120, HT-9140 Concrete Wax, Solvents HC-9100, HC-9120, HT-9120

Silane coupling agent has played a great role in coatings, rubber and other industries, especially its excellent adhesion, which has played a significant role in product production and processing. We know that silane coupling agents are mainly used to improve the adhesion of inorganic base materials, such as metal, glass products, etc., but have little effect on organic base materials. The self-polycondensation in the silane part of the silane coupling agent can form a spatial network structure independently, thereby increasing the crosslinking density of the coating and the chemical resistance of the coating. At the same time, the other end of the silane reacts with the resin system and can be cross-linked with the resin, so the silane can act as a bridge between the resin and the substrate, thereby increasing the adhesion. In addition, the silane in the silane coupling agent has another effect, that is, it can be used to treat the pigment and filler to reduce the viscosity of the system.

Functional silanes are widely used in rubber processing, adhesives, composite materials, metal surface treatment and building waterproofing. A class of functional silanes, mainly used in the rubber industry; it can effectively improve the binding ability of silica fillers and rubber molecules, and can promote rubber vulcanization. At the same time, it has the functions of coupling agent and accelerator vulcanizing agent, and has become the most widely used in radial tire production. important raw material. According to Markets and Markets data, the global functional silane market will increase from US$1.33 billion in 2015 to US$1.7 billion in 2020, with a CAGR of 5% from 2015 to 2020; among which, the strong demand for silane in the Asia-Pacific region is driving the global silane market. main factor for growth. According to SAGSI statistics, in 2019, my country's functional silane production capacity is about 430,000 tons/year, and its output is about 279,000 tons. It is already the world's largest producer of functional silanes. SAGSI estimates that by 2023, my country's total output of functional silanes will increase. It will reach nearly 390,000 tons, and the global output will further increase to 72.3%; in 2019, the domestic sulfur-containing silane output will be 89,700 tons, accounting for 32.2% of the output, which is the largest variety of functional silane production in my country. Considering the gradual implementation of domestic green tire regulations and the gradual maturity of the new energy vehicle market, we estimate that the annual domestic output of sulfur-containing silane is expected to reach 125,600 tons in 2023. In addition, with the steady development of rail transit, composite materials and carbon fiber, and building waterproofing industries, the demand space for functional silane industry will be broader in the future.

After the Spring Festival, there was short-term replenishment downstream, and the market demand had a short-term improvement. In addition, the rise in raw materials supported the overall increase in the price of C5 petroleum resin. However, the downstream infrastructure was not fully implemented in February. Rising and market demand is sluggish, and manufacturers are under great inventory pressure. Based on the above analysis, the domestic C5 petroleum resin cost and supply are not as good as the demand, and the market continues to be weak. According to customs data, from January to February 2022, the export volume of petroleum resin with domestic tariff number 39111000 was 56116.7 tons, compared with 2021. From January to February, there was a slight increase of 56,270 tons, but in view of the continuous decline in domestic production in March, it is expected that the export volume of petroleum resin may continue to decline slightly in March. In the second quarter of 2022, the price of cracked C5 will enter a downward channel, the cost support of C5 petroleum resin will weaken, and the inventory of domestic manufacturers is high, and the consumption of market resources will still take time. At present, the market demand has not improved, and the market still needs to wait and see the changes in the epidemic situation. Therefore, the C5 petroleum resin may maintain a weak market in late April, and the market may usher in a turnaround in May.

In recent years, with the continuous optimization of related production technologies, my country's C5 petroleum resin production capacity and output have achieved growth. At this stage, my country's C5 petroleum resin production capacity has reached 550,000 tons/year. The activity and selectivity of hydrogenation catalysts determine the performance of C5 petroleum resin products. With the expansion of downstream application fields of C5 petroleum resins, the market demand for C5 petroleum resins is gradually increasing. Under this background, high-quality, high-performance hydrogenation catalysts demand Release, high-end C5 petroleum resin hydrogenation catalyst has become the key direction of industry research.   Historically, domestic petroleum resins are mostly non-hydrogenated resins. However, with the improvement of domestic raw material quality, process improvement and continuous maturity of technology, there are many sets of hydrogenated resin units planned to be put into operation in the future, which will make resin products or leap into one. new level. The development of the world economy and the accelerated pace of infrastructure construction in emerging economies will further increase the demand for petroleum resins.

Tetraethyl Orthosilicate - from Aerogel Silicon Sources to Electronic Special Gas Materials   Ethyl silicate is also known as tetraethyl silicate and tetraethoxysilane. Colorless transparent liquid with special odor. It is stable in the presence of anhydrous, decomposes into ethanol and silicic acid in case of water, becomes turbid in humid air, and dissolves in organic solvents such as alcohol and ether. Toxic and highly irritating to human eyes and respiratory tract. It is obtained by distillation after the action of silicon tetrachloride and anhydrous ethanol. It is used to make heat-resistant and chemical-resistant coatings and organic silicon solvents. It can also be used in organic synthesis, basic raw materials for the preparation of advanced crystals, optical glass treatment agents, binders, and insulating materials in the electronics industry.   Ethyl orthosilicate (TEOS), also known as tetraethoxysilane, chemical formula Si(OC2H5)4, is a commonly used silicon source for the preparation of SiO2 aerogels, mainly used as electrical insulating materials, coatings, optical glass treatment agents; also It is used in organic synthesis to manufacture chemical-resistant coatings, heat-resistant coatings, silicone solvents and precision casting adhesives; used as heat-resistant coatings, chemical-resistant coatings, organic synthesis intermediates, etc. In addition, electronic grade TEOS is widely used in chemical vapor deposition process to form silicon dioxide deposition film, so as to block contaminants and impurities from entering semiconductor elements, at the same time, it can produce conductive layer or insulating layer, produce anti-reflection film to improve light absorption, temporarily block Etching etc.

Petroleum resin is a thermoplastic resin produced by cracking C5 olefin in the by-product of ethylene plant as raw material, and it is an oligomer with a relative molecular mass between 300 and 3000. It has excellent properties such as insoluble in water, soluble in organic solvents, acid resistance, alkali resistance, water resistance, chemical resistance and aging resistance. C5 petroleum resin has low production cost and large use. It can be made into block or granular form and used as tackifier in pressure-sensitive adhesives. Hot melt adhesive is an adhesive that is heated and melted to generate fluidity, coated on the object to be bonded, and then solidified and bonded after cooling. It is an industrial adhesive and has a wide range of applications, including: women's sanitary napkins, baby diapers, etc. Disposable hygiene products; carton sealing for food, beverages and beer; woodworking furniture; wireless binding of books; labels, tapes; cigarette filter rods; clothing, adhesive linings, and cables, automobiles, refrigerators, footwear, etc. Hot melt adhesives must be combined with tackifiers to bond firmly. In the past, natural resins such as rosin resin or terpene resin were mostly used as tackifiers, but the price was high and the source was unstable. In recent years, the use of petroleum resins as tackifiers has gradually become dominant. ECOPOWER resin has the characteristics of high peeling adhesive strength, good fast track, stable adhesive performance, moderate melt viscosity, good compatibility with polymer matrix, and low price, and has begun to gradually replace natural resin tackifiers. Below is the product catalog of our C5 resins: C5 Petroleum Hydrocarbon Resin Application Base Polymer Main Content Product Recommended Masking/Packaging Tape NR SIS SBS HC5100 Pressure Sensitive Adhesive NR SIS SBS HC5100, HC5090 HMA EVA HC5100, HC5090 Bookbinding HMA EVA HC5100 Thermoplastic Road Marking Paint FILLERS HC52100, HC52100A Sealants BUTYL RUBBER HC52100, HC5100 Rubber Compounding NR BR SBR DCPD, HC5100, HC52100  

Phosphating treatment is currently the most widely used pre-coating treatment process, but because the phosphating solution contains heavy metal ions such as zinc, nickel, and manganese, as well as phosphate and sodium nitrite, and other restricted emissions, and the treatment temperature is high, Due to the complexity of the harmless transformation process of wastewater and waste residue, its application is facing increasing environmental pressure. Silane treatment technology overcomes the above shortcomings and brings a revolutionary change to the field of pre-coating treatment. The treatment effect of silane pre-treatment technology is already comparable to that of zinc-based phosphating.   ECOPOWER Recommend Product: Silane Coupling Agent Vinyl Silane VTMO Crosile171 Used for Paint and Adhesive   Advantages of Silane Technology 1) The film formed by silane technology can replace the traditional phosphating film. The quality of the phosphating film is usually 2 ~ 3 g/m2, and the quality of the Oxsilan coating film is 0.1 g/m2, the difference is about 20 times, and the unit consumption is greatly reduced. 2) Si-O-Me covalent bond has a strong intermolecular bonding force, so the product is very stable, which can improve the anti-corrosion ability of the product. The corrosion resistance after silane treatment is better than that of zinc phosphating. Compared with zirconium products, its performance is obviously superior. 3) Easy to use and easy to control, the bath liquid is made up of two-component liquid, only need to control pH, activation point and conductivity, no need to control free acid, total acid, accelerator, zinc, nickel like phosphating liquid, manganese content and temperature and many other parameters. 4) Save energy, can operate at room temperature or low temperature, and reduce energy costs. 5) Save electricity, 40% of electricity can be saved due to the reduction of the pump and the reduction of power. 6) The treatment time is short, only half of the phosphating treatment time, so the yield can be increased. 7) Excellent environmental protection performance, no harmful heavy metals, no slag, less waste water discharge, easy treatment, if filters and ion exchangers are installed, it can be used in a closed cycle. 8) Multi-metal treatment process: cold-rolled sheet, hot-dip galvanized sheet, electro-galvanized sheet, coated sheet, aluminum and other sheets can be mixed and processed. 9) The process is simple and the process is short. It can reduce the amount of maintenance, do not maintain the surface adjustment, passivation equipment, and does not need to regularly clean the phosphating tank, pipes and nozzles. 10) Compatible with the original coating process and coating equipment, no need to carry out equipment modification, only need to replace the phosphating liquid, it can be put into production. 11) System length reduction: no surface adjustment and passivation procedures are required, which can shorten the proce...

Silanes are compounds derived from silicon groups and other atoms such as carbon, nitrogen and hydrogen. Silane is used in a variety of industrial and medical applications because it greatly improves wetting properties, compressive strength, shear strength, and more. The fast-growing paint and coating industry is a major market driver. Construction activities in developing regions such as Asia Pacific, Middle East and Africa are increasing, resulting in increasing demand for paints and coatings. In addition, the growing demand from the automotive industry is expected to increase the sales of silane as it is used in plastics on a large scale. The Silane market is geographically segmented into North America, Latin America, Europe, Asia Pacific, and the Middle East and Africa. Asia Pacific dominates silanes due to increased construction activity in the region. In China and India, strong demand from the infrastructure industry has led to strong growth in the construction industry in China and India, thereby increasing the demand for the silane market in the region. High demand from the paint and coating industry in North America is expected to positively impact the demand for the silane market in the region. The European silane market is driven by increasing demand for fuel-efficient vehicles with lower CO2 emissions, which will further increase the demand for composite vehicles. Silane market in Middle East and Africa is expected to increase due to heavy duty paints and coatings activity The floor coatings market in Latin America is expected to grow at a slower rate due to lower commercialization and construction activities and lower demand for silanes in paints and coatings industry.   ECOPOWER Silane Coupling Agent Product List: Liquid Sulfur Silane Solid Sulfur Silane Coupling Agent Vinyl Silane Coupling Agent Amino Silane Coupling Agent Epoxy Silane Coupling Agent Methacryloxy Silane Coupling Agent Basic Monomer of Silane Coupling Agent Silane Oligomer Other Feel free to contact us.