Swagelok® ホース断熱材
ホース断熱材を使用すると、ホース内部のシステム流体を望ましい温度に維持することができます。これは高い温度や低い流体温度を維持する必要がある場合は特に重要です。
ホースの専門スタッフに相談する熱伝導率の低いエアロゲル製断熱材で覆ったSwagelokホースを使用すると、流体温度を維持し、流体を取り扱う際の安全上のリスクやエネルギー・コストを最小限に抑えることができます。ホース断熱材をシステムに追加すべきかを判断する際は、自由な空気対流、気流、湿度、露点、省エネルギー、安全な接触のための推奨事項などを考慮する必要があります。詳細につきましては、ホース断熱材に関する考慮点 をご参照ください。
スウェージロックでは、追加の断熱が必要な場合のためのY断熱オプションを提供しています。熱伝導率の低いエアロゲル製断熱材を使用しているため、必要最小限の断熱材で希望する表面温度が得られます。柔軟性のあるポリオレフィン製の熱収縮カバーにより、柔軟性、耐透湿性、耐摩耗性に優れています。連続的なホース表面温度範囲は、–53～125°Cです。
Hose and Flexible Tubing Catalogs
Locate detailed product information, including materials of construction, pressure and temperature ratings, options, and accessories.
호스 조립품, 벌크 호스, 연성 튜빙 및 연결구; 내부 코어 재질로는 금속, PTFE, PFA, 비닐, 나일론, 폴리에틸렌 및 고무 등이 있습니다.; 공칭 호스 크기 1/8 ~ 2 in.; 매우 다양한 인치 및 미터 규격의 연결구; 고객 요청 길이 제공; 커버, 태그 부착 및 테스트 옵션 제공
Swagelok® Hose Advisory Services
Learn how to enhance your hose selection, installation, inspection, and maintenance procedures to improve hose life and performance, reducing costs in the process.
Read About Hose ManagementSwagelok Resources Curated for You
3 Steps to Hose Safety & Lower Plant Costs
Industrial hose safety is often deprioritized during regular plant maintenance. It is important hoses receive the attention they deserve—leaks and wear can put your facility at risk. Learn tips to avoid dangerous situations while lowering plant costs.
How an Industrial Hose Maintenance Plan Could Save Your Plant Thousands
Knowing the proper time to replace your industrial hoses can save your plant thousands in maintenance costs. Learn how to evaluate your systems and develop a preventive maintenance plan to manage the health of your hoses.
Industrial Hose Replacement: Core Tube Material Considerations
When selecting an industrial hose, the first place to start is the core tube—the hose’s innermost layer. Learn how to select the ideal hose for your application with information on core tube materials & wall construction from the experts at Swagelok.
최적의 호스 보강재 선택 방법
산업용 호스에는 일반적으로 수명과 성능 향상에 기여하는 핵심 보강층이 있습니다. 다양한 보강층의 종류와 서로 다른 유체 시스템 애플리케이션에 가장 적합한 종류가 무엇인지 알아보십시오.