G-Style Plug - 3/8 In Female NPT

Specifications

• Product Type: G-Style Air Plug
• Thread Type: 3/8 inch Female NPT (National Pipe Taper)
• Manufacturer: Milton Industries
• Model: 1860
• Weight: 0.13 lbs
• Dimensions: 1.9 x 0.7 x 0.6 inches (Length x Width x Height)

Key Features

• G-Style Profile: Ensures broad compatibility with G-Style air couplers, ideal for heavy-duty pneumatic systems.
• 3/8 Inch Female NPT Thread: Provides a secure, leak-resistant connection to male-threaded air hoses, pipes, or tools.
• Robust Construction: Manufactured by Milton Industries, known for producing durable and reliable air compressor fittings.
• Optimized for High Flow: Engineered to support higher air flow rates commonly required in industrial and demanding applications.

Applications

• Industrial Air Systems: Ideal for connecting heavy-duty air tools, equipment, and main air lines in industrial environments.
• Automotive Workshops: Suitable for air supply connections in professional garages and service centers.
• Manufacturing Facilities: Integrates into pneumatic setups for various manufacturing and assembly processes.
• Construction Sites: Connects large air tools and machinery requiring high air flow and durable connections.
• High-Flow Pneumatics: Used wherever robust and high-capacity air connections are essential.

Benefits

• Ensures Secure Connections: The precise 3/8 inch Female NPT thread forms a tight, leak-resistant seal, maintaining system pressure and efficiency.
• Supports High Air Flow: Designed for G-Style compatibility, this plug facilitates excellent air flow, optimizing the performance of demanding pneumatic tools and equipment.
• Increases System Reliability: Manufactured by Milton Industries, a leader in air accessories, it offers dependable performance and longevity in tough environments.
• Enhances Operational Efficiency: Quick and easy integration into existing G-Style systems minimizes downtime and maximizes productivity.
• Reduces Air Leaks: A reliable connection helps prevent costly air loss, improving energy efficiency and overall system integrity.