在半導體製造和工業廢水處理領域，流體處理系統必須安全處理各種腐蝕性和危險性介質。這些介質包括礦物酸、有機酸、鹼、氧化劑、含金屬溶液、異丙醇 (IPA) 等溶劑，以及細懸浮微粒和懸浮固體。無污染輸送至關重要，這不僅是為了保護下游處理技術（例如中和、過濾和回收系統），也是為了確保符合環保要求、實現材料回收並最大限度地降低營運風險。任何洩漏或材料降解都可能危及工人安全、設備性能或排放品質。
GF 工業和基礎設施流體解決方案提供全套工程聚合物管道解決方案，用於安全、無污染地輸送和整合危險介質。我們的解決方案兼具耐用性、耐化學性和系統相容性，可確保在腐蝕性和波動性製程條件下長期維持性能，幫助工程師滿足環境、營運和監管目標。
GF offers a wide range of chemically resistant polymers, including PVDF, PROGEF (PP-H), PE100-RC, and PVC. These materials are suitable for aggressive acids (e.g. hydrofluoric, sulfuric), solvents (e.g. IPA, acetone), oxidizers, and metal-laden waste. You can find detailed compatibility data in our Chemical Resistance Tool.
Operating limits depend on the material and system design. PVDF systems typically handle continuous operation up to +90°C at pressures up to PN16 (232 psi). PP and PE systems are suitable for slightly lower temperatures. For exact parameters, refer to our material datasheets or consult our engineering team.
GF systems use fusion-welding technologies such as infrared (IR), bead and crevice-free (BCF), and electrofusion, creating 100% leak-tight joints. These methods eliminate weak points typical of mechanical connections, reduce maintenance needs, and are compliant with DVS and ISO welding standards.
For a detailed overview, refer to our Jointing Solutions & Tools online Catalogue:
You can also download the Product Catalog PDF for comprehensive product information.
Yes. Our cleanroom-qualified welding technologies and high-purity materials such as PVDF-HP or PP-H are ideal for environments requiring contamination-free operation, including semiconductor fab subfloors, reclaim loops, and point-of-use drain systems.
Speak to an expert to learn more about our SEMI-standard compliant portfolio.
GF provides end-to-end engineering support, including material selection, stress analysis, BIM/CAD libraries, prefabrication planning, and on-site consultation. This ensures seamless integration into OEM skids, modular units, or full-scale plant designs.
Unlike metal, GF polymer systems are corrosion-free and do not require painting, passivation, or cathodic protection. Their smooth internal surfaces reduce scaling, pressure loss, and chemical buildup, resulting in lower lifecycle costs and more stable performance over time.
