卓越的性能数据从而降低生命周期成本

新的过滤器媒体进行了德克新Betamicron发展？ 4过滤元件。 由于两个或三个级滤波器
媒体结构，最高污染保留，最高测试版的效率和稳定性，
有利？P / Q特性得以实现。
较长元件使用寿命，节约能源，由于在元件特别低的压力损失成本
更好的部件保护并延长系统的使用寿命，由于提高了测试版的效率
技术参数？折叠爆破压力
？低压差：290 PSID（17杆） - BN4HC
？高压差：3045 PSID（210条） - BH4HC
？过滤元件的评分：3，5，10，20微米

Betamicron？ 4创新？优化网格包结构，新开发的过滤介质，支持和过渡层
？改进的性能数据（测试版优化效率，污染物滞留，？P / Q特性，和Beta的稳定性）
吗？纵缝焊接专利方法增加煤层的完整性
？元塑料部件已经由导电的静电放电，以帮助
？采用螺旋锁缝支撑管的降低元件重量
？元素外包裹物是由塑料制成（聚酯），以减少对环境的影响，提高耐疲劳性

Excellent Performance Data Resulting in Reduced Life Cycle Cost

New filter medias were developed for HYDAC's new Betamicron ? 4 filter elements. Due to the two or three stage filter
media structures, highest contamination retention, highest Beta efficiencies and stability, and
favorable ?p/ Q characteristics are achieved.
Longer element service life and energy cost savings due to particularly low pressure losses across the element
Better component protection and longer system service life due to improved Beta efficiency
Technical Data ?Collapse burst pressure
?Low pressure differential: 290 psid (17 bar) - BN4HC
?High pressure differential: 3045 psid (210 bar) - BH4HC
?Filter element ratings: 3, 5, 10, 20 μm

Betamicron? 4 Innovations ?Optimized mesh pack structure with newly developed filter media, support, and transition layers
?Improved performance data (optimized Beta efficiency, contamination retention, ? p/ Q characteristics, and Beta stability)
?Patented process for longitudinal seam bonding increases seam integrity
?Element plastic components have been made conductive to aid in static discharge
?Use of spiral lock seam support tubes lowers element weight
?Element outer wraps are made of plastic (polyester) to reduce environmental impact and improve fatigue resistance