Products

Wide industrial application — Used in rubber manufacturing, automotive sealants, cable sheath adhesives, and more.

Excellent heat resistance — Enhances product durability under high temperatures.

Strong oil and corrosion resistance — Improves longevity and reliability of materials.

Enhanced mechanical properties — Significantly boosts the performance of rubber products.

Key Intermediate: Essential for synthesizing substituted acetylacetonate compounds.

Versatile Application: Widely used in chemical synthesis across various industries.

Catalytic Role: Serves as a catalyst or catalyst precursor in reactions.

Stable Compound: Provides reliable stability in industrial applications.

Versatile Material: PVC Resin SG5 is highly adaptable, allowing for the mixing with various additives to achieve a wide range of desired properties for diverse applications.

Excellent Durability: Known for its corrosion resistance and water resistance, PVC Resin SG5 is ideal for applications that require long-lasting performance in challenging environments.

Chemical & Thermal Stability: PVC Resin SG5 offers strong chemical stability and thermal resistance, making it suitable for use in demanding industrial conditions.

Wide Application Range: The resin's properties are categorized into rigid and flexible forms, offering versatility for a variety of industries and product requirements.

Naturally Occurring: Found in animal tissues, tears, and egg whites, ensuring availability in various sources.

Effective Antibacterial Action: Breaks down bacterial cell walls, offering powerful antimicrobial effects.

Versatile Use: Widely applied in medical, food, and pharmaceutical industries.

Safe and Non-Toxic: Naturally sourced, making it suitable for use in sensitive applications like healthcare and food preservation.

High Stability and Transparency – Provides excellent dimensional stability and clarity for applications like LCD films.

Strong Mechanical Properties – Offers outstanding fatigue, abrasion, and aging resistance across a wide temperature range.

Excellent Insulation and Chemical Resistance – Ensures reliable electrical insulation and stability against most organic solvents and inorganic acids.

Energy-Efficient and Versatile – Features low energy consumption and easy processability, making it ideal for packaging, films, and fibers.

Versatile Physical Forms – Available as a colorless to pale yellow viscous liquid or as a white/light yellow powder, offering flexibility for different industrial needs.

Excellent Water Solubility – Can be completely dissolved in water, forming a true solution for consistent performance.

Convenient Handling – Its solubility and physical properties make it easy to store, transport, and use in various applications.

Ideal for Water Treatment – Particularly suitable for mixing with water, making it highly effective in multiple water treatment processes.

Flexible Production Methods：Can be manufactured through multiple polymerization processes to meet diverse industrial needs.

Widely Adopted Isotactic Form：Isotactic polypropylene dominates over 90% of applications due to its strong overall performance.

Ideal for Additives and Modifiers：Atactic PP offers high viscosity, good flowability, and strong coating ability for masterbatch and adhesive use.

High-Performance Elastomer Potential：Syndiotactic PP provides excellent transparency, toughness, and elasticity, enabling elastomers superior to standard rubber.

Two-Phase Structure: ABS features a continuous SAN phase combined with a dispersed polybutadiene rubber phase, providing a balanced material structure.

Three-Component Composition: The combination of acrylonitrile, butadiene, and styrene allows ABS to integrate the strengths of each component.

Thermoplastic Properties: As a thermoplastic resin, ABS can be easily molded and processed into various shapes and products.

Enhanced Mechanical Performance: The dispersed rubber phase improves impact resistance and toughness compared to standard resins.

Excellent Mechanical Strength and Dimensional Stability: PBT resin provides high rigidity, strength, and dimensional accuracy, making it suitable for precision structural parts in automotive, electrical, and mechanical applications.

Superior Heat and Flame Resistance: When reinforced with glass fibers and flame retardants, PBT demonstrates excellent thermal stability and flame-retardant performance, meeting the safety requirements of electronic and electrical components.

Outstanding Processability and Versatility: PBT can be easily blended with other polymers to form plastic alloys, allowing performance customization for different applications, especially in the automotive industry.

High Temperature Resistance and Broad Application Range: PBT and its alloys can withstand elevated temperatures, enabling their use in demanding environments such as automotive ignition systems and food-grade containers suitable for microwave heating above 160°C.