Customer Pain Points and Zong Yih Rubber Solutions
- Chemical Resistance and High Purity Requirements
Semiconductor manufacturing environments use various strong acids and bases, requiring rubber materials to have excellent chemical resistance and to avoid releasing contaminants to maintain process purity.
Solution:
Zong Yih Rubber develops specialized chemical-resistant compounds that meet the high purity standards of the semiconductor industry, ensuring equipment stability and process safety. - High-Precision Sealing and Mechanical Durability
Semiconductor equipment demands high precision; sealing parts must have excellent dimensional stability and wear resistance to prevent gas or liquid leakage, ensuring a sealed manufacturing environment.
Solution:
Zong Yih employs precise formulations and mold processing to provide rubber seals with high dimensional stability and abrasion resistance, improving equipment performance and longevity. - Vibration and Shock Absorption Performance
Semiconductor equipment is sensitive to vibrations; rubber vibration isolation parts must effectively absorb mechanical shocks to protect delicate components.
Solution:
Zong Yih focuses on compound optimization to offer high-performance vibration and shock absorption solutions, reducing equipment failure risks.
Zong Yih Rubber Advantages
- Certified to IATF 16949:2016 quality management system, meeting semiconductor equipment manufacturing standards
- Materials comply with environmental regulations such as Europe’s REACH, RoHS, and U.S. California Proposition 65
- Able to provide PPAP documentation and technical support tailored to customer requirements
- Precision R&D and mold processing capabilities to ensure high product quality and stability
- Professional customization services to deliver dedicated rubber solutions tailored for the semiconductor industry
Zong Yih Rubber delivers efficient, safe, and environmentally friendly rubber solutions for the semiconductor industry, helping you enhance process stability and equipment reliability.