2" Type A Polypropylene Camlock Coupler
Part Number: 90.737.040
Category: Camlock Fittings
Type: 2" Type A Polypropylene Camlock Coupler
The 2" Type A Polypropylene Camlock Coupler is a lightweight, corrosion-resistant cam-and-groove fitting designed for fast, secure hose and pipe connections in water transfer and fluid handling applications. A Type A camlock features a female camlock coupler on one end and a male NPT threaded connection on the other, making it ideal for threading directly into pumps, valves, or threaded ports while allowing quick camlock hose attachment.
Manufactured from durable polypropylene, this coupler provides excellent resistance to corrosion, chemicals, and environmental exposure. The cam arms lock securely in place to create a tight, leak-resistant connection—no tools required—making it a dependable choice for agricultural, industrial, and construction use.
Specifications
| Specification | Detail |
|---|---|
| Size | 2 in |
| Camlock Type | Type A |
| Material | Polypropylene |
| Connection Type | Female Camlock x Male NPT |
| Thread Size | 2" MNPT |
| Corrosion Resistance | Excellent |
| Chemical Resistance | Excellent |
| Weight | Lightweight |
Key Features
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Female Camlock x Male NPT: Threads directly into pumps or fittings while accepting camlock hose adapters
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Quick-Connect Design: Tool-free cam arms allow fast connection and disconnection
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Polypropylene Construction: Rust-proof, chemical-resistant, and lightweight
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Secure, Leak-Resistant Seal: Designed for reliable fluid transfer performance
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Easy to Handle: Ideal for portable, agricultural, and mobile pumping systems
Typical Applications
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Water transfer and dewatering systems
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Pump inlet or discharge connections
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Agricultural irrigation and fertilizer handling
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Construction, utility, and industrial pumping
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Temporary or permanent hose-to-pipe connections
The 2" Type A Polypropylene Camlock Coupler (90.737.040) provides a reliable, easy-to-use solution for connecting hoses to threaded equipment, combining fast setup, durability, and chemical resistance for demanding fluid handling environments.