未分类

What is Magnesium hydroxide (MDH) flame retardant? Have you seen cable fires that spread fast and threaten equipment and lives? Such events highlight the need for effective fire protection. Magnesium hydroxide (MDH) is a non-toxic flame retardant used in cable materials. It decomposes endothermically at about 330°C. The process releases water vapor that cools the […]

Aluminum Hydroxide in Flame Retardants for Cable Materials? Have you faced concerns about cable safety and fire hazards due to inadequate flame retardancy? Ensuring effective fire protection for cables is critical. Aluminum hydroxide (ATH) is a flame retardant widely used in cable materials like PVC, XLPE, and rubber due to its excellent performance, non-toxicity, and

What is Aluminum Hydroxide(ATH) Flame Retardant? Are you worried about plastics or composites catching fire easily, causing safety hazards and damaging properties? Using an effective flame retardant can address these critical concerns. Aluminum Hydroxide (ATH), chemically Al(OH)₃, is a widely-used flame retardant derived mainly from bauxite ore. It suppresses flames effectively by releasing water vapor

What is Calcium Zinc Stabilizer? Have you ever struggled with PVC materials deteriorating quickly, losing color, or becoming brittle? Such issues often lead to increased costs and reduced reliability in products. Calcium zinc stabilizer is a non-toxic, environmentally friendly additive used primarily to enhance the thermal and ultraviolet stability of PVC. It prevents degradation, improves

Epoxidized Soybean Oil(ESO) in PVC? Rigid PVC often cracks and degrades under stress or heat exposure, causing product failures and economic losses. This can frustrate manufacturers and disappoint end-users. Epoxidized soybean oil (ESO) solves this issue by acting as both plasticizer and heat stabilizer. ESO enhances PVC flexibility, durability, and resistance to thermal degradation, improving

The Use of DOP Plasticizer? Plastics often suffer from rigidity and cracking under stress. This problem leads to product failures and wasted resources. Understanding DOP plasticizer reveals how flexibility and durability can be restored in materials such as PVC. DOP (dioctyl phthalate) works by inserting itself between polymer chains, lowering the glass transition temperature and

What are Plasticizers？ Plasticizers are additives that increase polymer flexibility and processability by reducing glass transition temperature and enhancing chain mobility. They make materials more durable and adaptable for end-use applications. I’ll walk you through what plasticizers do and why they matter for material design and manufacturing. What Are Plasticizers and How Do They Work？

Guide: How to choose the right plastic additive for you? Problem: Choosing wrong additive can ruin polymer mix fast. Solution: I share clear steps and data to pick additives that work. Credibility: I draw on lab tests and industry use. Answer: Plastic additives modify properties of polymers for strength, flow, color and stability. This guide

What are the applications of polyetheramines? Polyetheramines are versatile chemicals widely used across various industries for their unique properties. These compounds are essential in numerous applications such as epoxy curing, polyurethane and polyurea formulations, fuel additives, and in the manufacturing of adhesives and sealants. Understanding their diverse uses can help businesses leverage their potential to

What are the key applications of N,N-Dimethylcyclohexylamine? N,N-Dimethylcyclohexylamine plays a significant role in various industrial applications, offering value across multiple sectors. Its diverse uses span polyurethane foam production, insulation material manufacturing, catalyst systems, and coatings and adhesives. Understanding its applications can unlock new opportunities for industries that leverage chemical compounds for enhanced performance. How is