YINSU's flame retardant solution for ABS electrical enclosures in high-temperature scenarios optimizes flame retardant systems, improves processing technology, and enhances thermal and structural design. This ensures UL94V0 compliance, reduces costs, and mitigates electrical fire risks.

The global electrical appliances flame retardant plastics market is expected to grow from USD 16.26B in 2023 to USD 21.18B by 2029, with a 4.5% CAGR. This report explores market dynamics, key drivers, and market share distribution, and examines product and application segments.

Halogen-free flame-retardant reinforced PBT is explored for enhancing scorch wire performance. The study reveals that combining halogenated and halogen-free flame retardants, particularly those with bromine-nitrogen-phosphorus synergistic effects, effectively improves flame retardancy while maintaining mechanical properties. This approach meets IEC60335-1 standards for unattended electrical appliances, offering a cost-effective and competitive solution.

This article discusses halogen-free flame-retardant modifiers for architectural textiles, covering aspects such as fire risk, wash resistance rating and treatment methods for flame retardants in textiles, and introduces various technologies to achieve long-lasting flame retardancy. It also highlights the red phosphorus flame retardant products and PET products of YINSU Flame Retardant.

Antimony ingot prices drop 7,000 RMB/ton to 181,000–186,000 RMB/ton. Trade and production fall as weak demand drives prices down. Insiders predict further weakening.

Analysis various rubber materials, including natural rubber (NR), ethylene propylene rubber (EPDM), chloroprene rubber (CR), nitrile rubber (NBR), acrylic rubber (ACM/AEM), fluorocarbon rubber (FKM), and silicone rubber. It elaborates on their chemical structures and key properties such as mechanical strength, aging resistance, temperature tolerance, medium resistance, and electrical insulation, as well as their respective applications. Additionally, it highlights YINSU Flame Retardant's products for enhancing the flame retardancy of rubber and adhesives, catering to safety needs across different scenarios.

Explore the key differences between silicone, epoxy, and polyurethane flame-retardant encapsulation adhesives. Discover their unique advantages, typical applications, and potential drawbacks. Plus, get an overview of Yinsu's innovative MCA-B and ADP flame-retardant solutions.

A halogen-free organic phosphorus-based flame retardant from YINSU offers superfine particles, high hydrophobicity, and excellent solvent migration resistance. It ensures uniform dispersion and maintains adhesive and coating performance. Ideal for electronics, automotive, and construction industries.

Join YINSU at the 5th Greater Bay Area International Adhesives and Sealants Exhibition (May 15-17) in Guangzhou, booth C32, D district hall 19.2, for our innovative halogen-free flame retardant tech.

MCA-B is a top halogen-free flame retardant for adhesives, PA materials, wires and cables, construction materials, and automotive interiors. It offers low smoke, no halogen release, and good compatibility. Guangzhou Yinsu Flame Retardant's MCA-B uses coating technology for reduced harmful component release and enhanced environmental friendliness.

This week, the EVA market saw weak fluctuations with lower output and capacity utilization, but overall supply remained ample. Photovoltaic new orders showed no improvement and the foam market continued with low-price purchases, leading to weak demand. Prices and margins dropped. Next week, prices are likely to stay weak and trend downward.

Let’s see the various rubber parts in a car and the specific types of rubber used. It covers rubber applications in different systems like sealing, suspension, transmission, braking, cooling, and fuel systems, highlighting how different rubber materials are chosen based on their properties to meet automotive component requirements.

Ethylene propylene diene diene (EPDM) rubber plays a key role in many fields, such as building seals, automotive parts, cable insulation, etc., thanks to its excellent weatherability, ozone resistance and wide temperature adaptability. Together, we comprehensively analyze the chemical structure, synthesis method, physical and chemical properties, as well as the key points of compounding and vulcanization processes of EPDM, and elaborate on its wide range of applications in the industrial field. YINSU Flame Retardant develops all kinds of rubber flame retardants with high efficiency and halogen-free flame retardant.

Gain an in-depth understanding of flame-retardant modification options for thermoplastic elastomers and their wide range of applications, and explore ways to enhance material safety.

Nylon elastomers, versatile thermoplastic elastomers with polyamide hard segments and soft segments like polyether or polyester, excel in elasticity, temperature resistance, chemical resistance, low density, high strength and stability, making them ideal for automotive, aerospace, medical and other fields. YINSU Flame Retardant Company enhances their safety by developing flame retardants for these materials.

Nylon materials with excellent performance are widely used. YINSU Flame Retardant Company introduces red phosphorus and organic phosphorus flame retardants to upgrade the safety of nylon.

PEBA, a thermoplastic polyamide elastomer, combines flexibility, resilience, and low-temperature impact resistance. Lightweight and durable, it's used in sports shoes, electronics, and medical devices. Produced via melt or solution polycondensation, PEBA is gaining popularity in foam midsoles for athletic footwear, often blended with EVA or TPU. Brands like Nike and Li Ning utilize PEBA to enhance shoe cushioning and responsiveness.

The comparison of PPO and PA66 shows PA66 is better for automotive use due to its toughness and high-temperature resistance. PPO, however, excels in dimensional stability and hydrolytic resistance. The choice between them should be based on specific application needs. YINSU's flame retardants can further enhance the performance of these engineering plastics.

This week, PVC production saw a notable increase with output up 2.63% week-on-week and capacity utilization reaching 78.19%, while inventories declined both week-on-week and year-on-year. However, the spot market prices weakened, and next week, despite a potential supply increase, weak demand and cost changes are expected to keep the market under pressure, with calcium carbide-based PVC Type Five in East China likely to fluctuate between 4,550 - 4,700 yuan/ton.

The Great Inventory of Flame Retardant Systems for Engineering Plastics introduces in detail the properties and applications of halogenated and phosphorus flame retardants in engineering plastics, including the flame retardant modification of basic resins such as PC/ABS, PC, ABS, etc., and the role of anti-dripping agents. YINSU Flame Retardant has developed special flame retardants for different engineering plastics, such as PET-55D and YS-F22B, to meet the flame retardant needs in various fields and help upgrade material safety.