Company News

• High-Pressure Short Weld Neck Flange: Engineering Excellence for Industrial Pipeline Systems

  2026 / 01 / 29

  High-Pressure Short Weld Neck Flange: Engineering Excellence for Industrial Pipeline Systems For procurement managers across Europe and North America—whether you represent large OEM/ODM manufacturers, regional distributors, or industrial retailers—selecting reliable ANSI standard flanges is critical to maintaining operational safety and efficiency in high-pressure pipeline systems. RunXing’s Short Weld Neck Flange Class 600 stands as a benchmark in compliance with ANSI flange standard, engineered to meet the rigorous demands of chemical, petroleum, marine, and municipal infrastructure projects.   Industry Technical Trends: What’s New in Flange Engineering Latest Innovations in High-Pressure Flange Design 2025 has seen significant advancements in short weld neck flange technology, with a focus on material optimization and precision manufacturing. Leading industry bodies, including the American National Standards Institute (ANSI), have updated ANSI flanges specifications to enhance corrosion resistance in high-pressure applications—aligning perfectly with RunXing’s R&D roadmap for Short Weld Neck Flange Class 600.   Key Concerns for European & North American Buyers When Sourcing Short Weld Neck Flanges Pressure Rating Compliance: Does the Short Weld Neck Flange Class 600 meet ASME B16.5 (ANSI flange standard) for high-pressure applications? RunXing’s flanges undergo third-party testing to confirm pressure-bearing capacity up to 600 PSI, exceeding industry minimums. Material Traceability: Can the manufacturer provide full material certification (Mill Test Reports)? RunXing maintains complete batch tracking for all raw materials used in ANSI flanges, compliant with EU REACH and US ASTM standards.   Proper Installation Steps Verify flange dimensions match ANSI flange standard (ASME B16.5) and mating pipe s

• High-Pressure Rubber Joint: Leak Prevention

  2026 / 01 / 27

  Leakage in high-pressure pipeline systems can lead to catastrophic consequences, including production downtime, environmental hazards, and substantial financial losses. As a core component for pipeline stability,High-Pressure Rubber Expansion Joints play an irreplaceable role in leak prevention. This article delves into the performance, industry dynamics, and procurement essentials of this product, providing valuable insights for B2B procurement managers in Europe and America. Product Overview: Single Sphere High-Pressure Rubber Expansion Joint The single sphere rubber expansion joint is a precision-engineered component designed for metal pipeline connections, leveraging rubber’s natural elasticity to balance sealing, flexibility, and durability. As a premium variant of rubber expansion joints, it features a multi-layer structure that underpins its leak-proof performance in high-pressure scenarios. Key Structural Components & Leak-Proof Mechanism Inner Rubber Layer: Directly contacts the medium, ensuring sealing performance and compatibility. Materials like EPDM (for municipal water) and nitrile rubber (for oil pipelines) are selected based on medium characteristics to prevent corrosion-induced leaks

• Food Grade Rubber Joint: High-Pressure Resistance

  2026 / 01 / 15

  In the global food and beverage processing industry, the demand for reliable, safe, and high-performance pipeline connectors has never been higher. RunXing’s High Pressure Resistance Food Grade Rubber Expansion Joint stands at the forefront of this demand, engineered to meet the strictest international standards while delivering exceptional durability under high-pressure conditions. This article delves into the technical advancements, industry trends, and critical considerations for procurement professionals sourcing Food Grade Rubber Joints for industrial applications. Latest Industry Technology Trends for Food Grade Rubber Joints The global market for sanitary pipeline components is evolving rapidly, driven by advancements in material science and manufacturing technology. In 2025, key innovations focus on enhancing pressure resistance and food safety compliance for Sanitary Rubber Expansion Joint products: Integration of nano-silicone composites to boost high-pressure tolerance by 30% compared to traditional rubber formulations (Source: International Rubber Technology Journal, 2024) Automated quality control systems for real-time testing of Food Grade Rubber Flexible Joint purity and structural integrity Modular design upgrades to simplify installation and reduce downtime in food processing facilities New Technology R&D & Application Dynamics RunXing’s dedicated R&D team (consisting of 12 senior engineers with 15+ years of rubber material expertise) has invested 8% of annual revenue into developing next-generation High Pressure Resistance Food Grade Rubber Expansion Joint solutions. Key innovations include: Patented anti-aging silicone formula (Patent No. CN202410087654.3) that extends product lifespan by 50% in high