TerreMax Polypropylene Dry Poppet Coupler, 1 Inch Female NPT, FKM Seals, 70 PSI, 30 GPM

The TerreMax QD100F Dry Poppet Coupler is a precision-engineered fluid transfer solution designed for professional spraying, pumping, and bulk tank applications. This female dry disconnect coupler features 1 inch Female NPT threads and is precision molded from durable polypropylene, offering exceptional chemical resistance across a wide range of fluids. The lightweight design incorporates PTFE filled polyethylene seats and FKM (viton type) seals to minimize fluid spillage during connection and disconnection, reducing the risk of exposure to chemicals. With a maximum flow rate of 30 GPM and operating pressure of 70 PSI at 70°F, this coupler handles demanding fluid transfer tasks efficiently. The maximum operating temperature of 150°F makes it suitable for various industrial applications. Its economical and easy-to-use design provides reliable performance for equipment operators who need quick, clean connections. The QD100F's minimal spillage feature helps maintain safer work environments while its robust construction ensures long-lasting service in challenging conditions.

• FEMALE DRY POPPET COUPLER: 1 inch Female NPT threaded connection designed for quick disconnect applications in fluid transfer systems including sprayers, pumps, hoses, and bulk tanks.
• MINIMAL SPILLAGE DESIGN: Dry disconnect technology significantly reduces fluid spillage during coupling and uncoupling operations, minimizing waste and reducing risk of chemical exposure.
• DURABLE CONSTRUCTION: Precision molded in polypropylene with PTFE filled polyethylene seats and FKM (viton type) seals providing wide range of chemical resistance for demanding applications.
• HIGH PERFORMANCE SPECS: Maximum operating pressure of 70 PSI at 70°F with maximum flow rate of 30 GPM and maximum operating temperature of 150°F for reliable fluid transfer.
• LIGHTWEIGHT AND ECONOMICAL: Easy to use design weighing only 0.58 pounds offers cost-effective solution for industrial fluid handling applications requiring frequent connections and disconnections.