6-inch chemical transfer hose

Core Parameters & Structure Analysis

1. Key Specification Parameters

2. Structure & Material Details

• Hose Body Material: Made of special corrosion-resistant flexible materials (such as PTFE polytetrafluoroethylene, EPDM ethylene propylene diene monomer rubber or fluororubber), the material is dense and has strong impermeability. It can effectively resist the erosion of acid-base chemically contaminated aqueous solutions within the pH 4-14 range, and will not age or be damaged when exposed to a high-temperature environment of 100°C for a long time. It also has good flexibility and fatigue resistance, adapting to frequent movement and bending in heavy-duty operations, avoiding pipe cracking and medium leakage.
• Flange Configuration: Sliding flanges are equipped at both ends. The flanges are made of 6-inch 150 RF carbon steel in strict accordance with theASME B16.5 standard. The RF (raised face) seal design has excellent sealing performance, which can effectively prevent chemical media from leaking from the flange connection; the sliding sleeve structure is convenient for installation and disassembly, adapting to the rapid docking needs of heavy-duty operation sites. The carbon steel material has high strength and wear resistance, which can withstand mechanical impact and pressure in heavy-duty operations and extend the service life of the flange.
• Reinforcement Structure: The hose body is built with a high-strength fiber or steel wire reinforcement layer, optimized according to the needs of heavy-duty operations, improving the pressure resistance and structural stability of the hose body. It can stably withstand the 1.4MPa working pressure, avoiding pipe bulging and damage caused by pressure fluctuation and mechanical extrusion under heavy-duty working conditions, ensuring the safety of chemical transfer.

Core Product Competitiveness

• Heavy-Duty Adaptation: Specially designed for heavy-duty operations, the 6-inch hose body and ASME B16.5 carbon steel sliding flange structure are strengthened to withstand mechanical impact, frequent movement and pressure fluctuation under heavy-duty working conditions, adapting to various complex heavy-duty operation scenarios.
• Super Corrosion & High-Temperature Resistance: The hose body is made of special corrosion-resistant materials, which can be exposed to chemically contaminated aqueous solutions with pH 4-14 for a long time, resistant to acid-base corrosion, and can still operate stably at 100°C without aging or leakage, ensuring the safety of chemical transfer.
• Convenient & Firm Connection: Sliding flanges at both ends, complying with theASME B16.5 standard, 6-inch 150 RF carbon steel material, raised face seal design, reliable sealing performance, sliding sleeve structure for quick installation and disassembly, adapting to on-site operation needs and improving operation efficiency.
• Stable, Durable & Easy to Maintain: The 1.4MPa working pressure adapts to the conventional chemical transfer needs of heavy-duty operations. The built-in reinforcement layer improves structural stability. The hose body has strong flexibility and fatigue resistance, long service life, which can reduce maintenance costs and ensure continuous operation.

Applicable Industries & Scenarios

• Chemical Industry: Chemical raw material transfer, chemical wastewater treatment, acid-base medium transportation, adapting to heavy-duty chemical production lines, chemical storage tank docking and other scenarios;
• Metallurgical Industry: Metallurgical acid-base waste liquid transfer, smelting chemical auxiliary transportation, adapting to heavy-duty metallurgical equipment and flexible connection of wastewater treatment systems;
• Environmental Protection Industry: Polluted water treatment, chemical sewage transportation, adapting to heavy-duty environmental protection treatment equipment for safe transportation of corrosive sewage;
• Pharmaceutical Industry: Chemical reagent transfer, pharmaceutical wastewater treatment, adapting to heavy-duty pharmaceutical equipment to meet the corrosion-resistant and pollution-free transfer needs of the pharmaceutical industry;
• Petrochemical Industry: Refining auxiliary chemical transfer, wastewater transportation containing chemical pollutants, adapting to the flexible connection of heavy-duty refining equipment.