AllPoints E30-7744 2.75 Inch Reducer to 1.5 Inch Pipe Fitting
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- Precise diameter transition supports high flow rates
- Corrosion-resistant materials ensure long-term durability
- Standardized threading simplifies quick installation
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The AllPoints Component Hardware Group E30-7744 Reducer 2"x1.5" is a precision-molded pipe fitting designed for industrial plumbing and fluid transportation systems. Constructed from durable materials to ensure longevity in commercial environments, this reducer transitions between 2-inch and 1.5-inch diameters, facilitating seamless pipeline compatibility. Its robust design supports high-flow applications, making it suitable for sophisticated mechanical systems in food processing, manufacturing, or installed fluid infrastructure. Notably, its precise dimensions and corrosion-resistant construction guarantee reliable performance over extended periods, addressing critical concerns related to leakage and system maintenance in demanding commercial settings.
The Component Hardware Group E30-7744 Reducer offers essential technical benefits for commercial plumbing setups, including high precision in dimensional transition, corrosion-resistant materials for durability, and ease of installation with standardized threading. It supports medium-volume flow applications, resisting wear in demanding environments, and helps streamline pipeline integration for efficient workflow. Its reliable connection reduces downtime and maintenance, ideal for foodservice and industrial piping networks.
Ideal for plumbing installations requiring reliable diameter reduction in food manufacturing facilities
The E30-7744 reducer features a compact design with dimensions measuring 2.75 inches in width and depth, and 1.5 inches in height. Made from corrosion-resistant materials sourced from Thailand, it weighs approximately 0.41 lbs, ensuring ease of handling during installation. Its construction supports continuous operation without hazardous materials, and features standard threading for universal compatibility. The reducer's design is suitable for a wide range of pipe sizes and flow rates, making it a dependable component in complex fluid systems. It operates effectively within typical temperature ranges for food processing environments, with straightforward maintenance requiring minimal disassembly. The product is not classified as hazardous, and it ships without special handling requirements.
A commercial pipe reducer is a fitting used in fluid systems to join pipes of different diameters, optimizing flow and system connectivity. The AllPoints E30-7744 is a high-precision, corrosion-resistant reducer designed for industrial plumbing applications, including food processing facilities. Installed in pipeline networks, it provides a seamless transition from 2-inch to 1.5-inch pipe diameters, supporting medium-flow throughput and reliable operation in demanding environments, such as commercial kitchens or fluid transport systems in manufacturing. Its robust construction ensures durability and consistent performance, making it suitable for high-demand applications like fluid transfer, water systems, and process piping in foodservice facilities.
Designed for medium-volume plumbing workflows, the AllPoints E30-7744 provides high-quality corrosion resistance and dependable diameter reduction in commercial kitchen and food processing environments. AllPoints E30-7744 is ideal for reliable pipeline connections in fluid transfer systems, supporting efficient operation in food manufacturing or institutional facilities.
Compared to similar fittings, the AllPoints E30-7744 reducer stands out with its robust, corrosion-resistant construction and precise dimensional transition, tailored for commercial plumbing and food processing systems. Its compact form factor simplifies installation and maintenance, supporting streamlined workflows and minimizing downtime. Designed specifically for medium-volume applications, this fitting ensures reliable, long-term performance in demanding industrial environments, enhancing system integrity and operational efficiency.
