1、Ready to Ship VINNOL E15/45M H15/45M Ternary Chlorinated Vinegar Resin
H15/45M modified vinyl chloride-acetate copolymer is a ternary vinyl chloride-acetate carboxyl copolymer composed of vinyl chloride, vinyl acetate and dicarboxylic acid, which is widely used as binder for coatings and printing inks.
2、Chlorinated Polyether Resin (CMP 45 for ink)
MP series chlorinated resins, as base resin for heavy duty anticorrosion paints, can replace chlorinated rubber. They have broad prospects with their high "ratio of quality to price" and environmental protection advantage.
3、Chlorine Vinegar Paste Resin Product of Our Company
The patent technology has two copolymerization methods including micro suspension and emulsion to produce chlorine vinegar paste resin with the quality up to world standard and technology leading the world, occupying the domestic market share of nearly 60%.
4、Vinyl Chloride Copolymer CMP 45 Resin for Coatings and Inks
CMP series chlorinated resins are easily compatible with other resins in paints, and can modify and improve the characteristics of paints, which for mulated by drying oils, alkyd reins, tars and bitumen.
White Powder Mv
White Powder Mv-640 For Caoting,Ink,And Shoe Adhesives Synthetic Resin Vinyl Copolymer Resin - Buy Carboxyl Modified,Chloro-vinegar Resin,Vinyl Chloride Terpolymer Resin Product on Alibaba.com
Vinnol Chloride Vinegar Resin H15/45M
H15/45M modified vinyl chloride-vinegar copolymer resin. H15/45M modified vinyl chloride-acetate copolymer is a ternary vinyl chloride-acetate carboxyl copolymer composed of vinyl chloride, vinyl acetate and dicarboxylic acid, which is widely used as binder for coatings and printing inks.
Chlorinated Polyvinyl Chloride Resin
Chlorinated Polyvinyl Chloride Resin is ideal for high-temperature and corrosive environments, offering quality, affordability, and cost-effective solutions.
Quality Assured White Powder Resin Applied To Paint Ink Seal 100% Pure
Quality Assured White Powder Resin Applied To Paint Ink Seal 100% Pure Ternary Chlorine Vinegar Resin
Modified chlorinated polyvinyl chloride material and preparation method
The present invention discloses a modified chlorinated polyvinyl chloride material and preparation method.
White Powder Vinyl Resin, Hydroxyl Modified Vinyl Chloride For PU Inks
White Powder Vinyl Resin, Hydroxyl Modified Vinyl Chloride For PU Inks, Plastic Coatings Supplier And Factory
In modern industrial production, the selection and application of chemical materials play a crucial role in determining product performance, production efficiency, and environmental impact. Chlorinated vinegar resin, as an important synthetic polymer, has been widely used across various fields due to its excellent physical and chemical properties. traditional chlorinated vinegar resins often suffer from drawbacks such as poor heat resistance and low mechanical strength, which limit their applications in high-temperature or high-load environments. To address these limitations, modified chlorinated vinegar resin powders have emerged. These materials enhance the performance of the resin by incorporating specific additives, making them better suited to meet specific industrial demands.
The preparation of modified chlorinated vinegar resin powder involves multiple steps. First, appropriate monomers such as styrene and methyl acrylate are selected. These monomers undergo polymerization reactions with the chlorinated vinegar resin to form high-molecular-weight chains with targeted functionalities. Next, polymerization conditions—including temperature, pressure, catalyst type, and dosage—are carefully controlled to regulate the molecular weight and structure of the polymer. Finally, post-processing steps such as drying, crushing, and sieving are performed to obtain modified chlorinated vinegar resin powder that meets required specifications.
The primary functions of modified chlorinated vinegar resin powder are to improve heat resistance and mechanical strength. For instance, the addition of high-temperature heat stabilizers effectively enhances the resin’s performance under thermal stress, reducing performance degradation caused by thermal decomposition. Incorporating high-strength fillers like glass fibers or carbon fibers significantly increases the resin’s tensile and compressive strength, making it suitable for manufacturing advanced composite materials. Furthermore, the inclusion of surfactants improves compatibility between the resin and its matrix, thereby enhancing overall mechanical properties and expanding its application range.
In practical applications, the advantages of modified chlorinated vinegar resin powder are particularly evident. In the automotive industry, for example, engineers use heat-resistant modified resin powders to manufacture plastic components, ensuring stability under extreme operating conditions, prolonging component lifespan, and reducing maintenance costs associated with material aging. In the electronics sector, modified chlorinated vinegar resin powder is widely employed to produce high-performance electronic components and circuit boards. Its excellent electrical insulation properties and mechanical strength enable these products to maintain stability at higher operating frequencies while withstanding greater electrical currents and voltages.
Beyond these applications, modified chlorinated vinegar resin powder plays a critical role in numerous other industries. In construction, it is used to manufacture roofing tiles, exterior wall panels, and other building materials, earning market favor due to its superior weather resistance and anticorrosion properties. In agriculture, this material also holds significant promise. It can act as a carrier for fertilizers, improving nutrient utilization efficiency, or serve as a soil conditioner to enhance moisture retention, thereby promoting plant growth.
The development and application of modified chlorinated vinegar resin powder demonstrate innovative spirit and technological advancements in the field of chemical engineering. By refining traditional materials, their application scope has been expanded, driving upgrades and innovation in related industries. With ongoing technological progress, it is anticipated that more efficient, eco-friendly, and specialized modified chlorinated vinegar resin powder products will emerge in the future, contributing further to human society’s development.
