压力表弹簧管Y40产品介绍
中文版：
压力表弹簧管Y40是一款专为工业压力测量领域设计的高性能弹性元件，采用优质合金材料经精密成型工艺制造而成。该产品作为压力表的核心转换机构，能够将介质压力变化转化为线性位移，为各类压力仪表提供稳定可靠的信号输出。
本产品采用独特的C型截面管体设计，通过计算机辅助建模优化了应力分布结构，有效提升了弹性形变的重复性和线性度。管体表面经过多重抛光处理，配合特殊防腐蚀工艺，可在-40℃至+120℃温度范围内保持稳定工作性能。针对不同介质兼容性需求，提供316L不锈钢、哈氏合金等多种材料选项，满足石油化工、机械制造、能源电力等行业的多样化应用场景。
生产工艺方面，运用多道次冷作硬化技术和数字化控制的热处理工艺，确保产品在长期交变载荷下仍能保持优异的弹性特性。全流程质量监控体系覆盖原材料筛选到成品检测环节，通过高精度激光测量设备对每件产品的位移输出特性进行验证。产品采用模块化接口设计，适配国内外主流压力表型号，安装维护便捷性显著提升。
在环境适应性方面，该弹簧管经过严格的环境模拟测试，可在振动、湿度变化等复杂工况下保持测量精度。特殊设计的密封结构有效防止介质渗漏，延长仪表使用寿命。建议用户根据实际工作压力范围选择对应量程型号，并定期进行维护检查以确保最佳工作状态。
English Version:
The Y40 Pressure Gauge Bourdon Tube is a high-performance elastic component specifically designed for industrial pressure measurement applications. Manufactured from premium alloy materials through precision forming processes, this product serves as the core conversion mechanism in pressure instruments, effectively transforming medium pressure variations into linear displacement to deliver stable and reliable signal output.
Featuring a unique C-shaped cross-sectional design, the product incorporates computer-aided modeling to optimize stress distribution, significantly enhancing the repeatability and linearity of elastic deformation. The tube surface undergoes multi-stage polishing treatment combined with specialized anti-corrosion technology, maintaining stable performance within a temperature range of -40℃ to +120℃. To accommodate diverse media compatibility requirements, material options include 316L stainless steel and Hastelloy alloys, catering to various industrial applications such as petrochemical processing, mechanical manufacturing, and power generation.
Advanced manufacturing techniques employ multi-pass cold working hardening and digitally controlled heat treatment processes, ensuring exceptional elastic characteristics under long-term alternating loads. A comprehensive quality control system monitors the entire production process from raw material selection to final product inspection, with high-precision laser measurement equipment verifying displacement output characteristics of each unit. The modular interface design ensures compatibility with mainstream pressure gauge models worldwide, substantially improving installation and maintenance efficiency.
Environmental adaptability testing includes rigorous simulation of vibration and humidity variations, confirming measurement accuracy maintenance under complex operating conditions. The specially engineered sealing structure effectively prevents medium leakage, extending instrument service life. Users are advised to select appropriate models based on actual working pressure ranges and conduct regular maintenance checks for optimal performance.
