The Gates Corporation 2" x 100' Chemical Hose is designed for safe and efficient transfer of chemicals, rated for up to 200 PSI. Constructed from XLPE, this blue hose offers excellent resistance to a wide range of chemicals, ensuring durability and reliability. Its flexible design allows for easy installation in various applications, while the robust materials provide a leak-free performance. This hose meets industry standards for chemical handling, making it a trusted choice for industrial and agricultural uses. Ideal for transferring acids, bases, and solvents, it ensures optimal flow and safety.
Description
RECOMMENDED FOR: Tank truck, barge, ship, or storage tank transfer of a variety of chemical products. Chem Master™ Plus XLPE contains a wire helix for full suction capability, as well as for routing hoses through tight bends. Its Modified Cross–linked Polyethylene tube stock is 'best in class' for maintaining a tight seal with stainless steel fittings, and is designed for cleaning with 'open–end' 50 PSI steam or in a bath containing 10% (NaOH) @ +212°F (+100°C). Cleaning in place (CIP) methods may be used. Applications include over 950 basic chemicals that are building blocks for numerous chemicals used in a variety of industries.
Features:
- CAUTION: For applications requiring greater than 90% sulfuric acid contact Denver Product Application (303) 744–5070. Chem Master™ Plus XLPE is designed to withstand fluid temperatures to +250°F (+121°C); however, the rating is dependent on the specific chemical conveyed. Contact Denver Product Application (303) 744–5070 for any chemical above +125°F (+52°C). Not recommended for 'closed steam' cleaning.
- For applications requiring greater than 90% sulfuric acid contact Denver Product Application (303) 744–5070.
- Additional color covers available on special order.
- Reference Gates Chemical Resistance Table for proper hose selection.
- Chem Master™ Plus XLPE CR contains a monofilament helix for suction and crush resistant capability, as well as for routing hoses through tight bends.
