The formulation of O-rings is crucial for achieving wear resistance, pressure resistance, and heat resistance. Improving and optimizing the material formulation of O-rings can extend their lifespan, enhance performance, and reduce production costs.

The purpose of formulation design is to seek the best combination of various ingredients to achieve optimal overall performance. The design should align with product requirements, economically select raw materials and quantities, and ultimately achieve the following objectives:

1. Meet the performance requirements of O-rings. Through formulation design and testing, strive to give O-rings the best comprehensive performance.

2. Ensure good processing properties of rubber materials. Consider the processing properties of materials while meeting product performance requirements. Good processing properties facilitate manufacturing to meet mass production needs.

3. Choose inexpensive, readily available, non-toxic or low-toxic, and stable performance raw materials while ensuring product quality. This aims to reduce costs, improve economic benefits, avoid environmental pollution, and ensure safety.

Research indicates a correlation between rubber formulation components, sulfur-cured rubber, and compound rubber. The types and amounts of compounding agents in the formulation have a decisive impact on the performance of sulfur-cured rubber and compound rubber, which in turn determines the final product's performance.

At HAISUN Rubber, we tailor formulations to meet customer requirements, designing high-performance O-rings for machinery, automotive parts, electronics, and more. Our custom O-rings provide peace of mind to users, emphasizing the critical importance of material formulation where details directly influence O-ring performance.

For further inquiries, visit the HAISUN Rubber official website for consultation.