AllPoints 00-941726-00004 3/8 Inch Length Hose Chemical Resistant EPDM
Delivery to:
- High chemical resistance suitable for harsh cleaning solutions
- Durable EPDM rubber withstands temperature fluctuations
- Flexible design simplifies installation and maintenance
- View More Details
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The Hobart 00-941726-00004 Hose 3/8 X 3.50 Lsyn Epdm is a high-performance, industrial-grade hose designed for demanding foodservice environments. Crafted from EPDM synthetic rubber, this 3/8-inch diameter hose measures 3.50 feet in length, optimized for fluid transfer applications in commercial kitchens. It offers excellent chemical resistance, durability, and flexibility, suitable for use with various cleaning, sanitizing, and process fluids. Its robust construction ensures long-term reliability in high-traffic food processing settings, making it an ideal component for hoses in restaurant, cafeteria, or catering operations requiring consistent performance and easy maintenance.
This hose provides precise fluid conveyance with a 3/8-inch internal diameter, designed to withstand commercial cleaning solutions, facilitating efficient workflow in foodservice environments. Made from EPDM rubber, it offers superior resistance to ozone, UV, and temperature variations—ensuring longevity during daily use. Its flexibility simplifies installation and positioning around equipment, while its chemical compatibility promotes ease of cleaning and sanitation. The 3.50-foot length supports versatile routing in busy kitchens or prep areas, accommodating various equipment connections without cumbersome splicing. Overall, it balances durability with ease of handling, supporting consistent operational workflows for medium-volume foodservice operations.
Optimal for replacing worn hoses or expanding fluid transfer capabilities in professional foodservice setups.
The Hobart 00-941726-00004 Hose features a polyamide EPDM synthetic rubber construction with dimensions of 2.75" W x 3.55" D x 1.05" H, and weighs approximately 0.04 lbs. It is designed for use in non-hazardous applications and is sourced from an unspecified country of origin. The hose does not include certification labels but meets general industrial standards for food contact materials. Its flexible 3.50-foot length accommodates various plumbing configurations, supporting steady fluid flow during routine cleaning and sanitation procedures. The hose's chemical and temperature resistance allows it to handle diverse cleaning solutions safely, with straightforward disassembly for maintenance or replacement. Its compact size and durable build make it adaptable for installation near dishwashers, prep stations, or beverage dispensers.
A commercial hose, such as the Hobart 00-941726-00004, is a durable flexible conduit designed for transferring liquids in professional foodservice and industrial settings. Made from high-quality rubber or synthetic materials like EPDM, these hoses support applications involving cleaning solutions, sanitizers, or process fluids. Installed in standard commercial kitchen equipment, they facilitate efficient workflows in food processing, warehousing, or beverage operations. The hose's dimensions, chemical resistance, and flexibility make it suitable for connecting dishwashers, sanitizing stations, and beverage lines, especially in medium-volume foodservice facilities requiring dependable fluid transfer capabilities.
Designed for medium-volume foodservice applications, the Hobart 00-941726-00004 Hose is built for reliable, chemical-resistant fluid conveyance in professional kitchens and cafeterias. Manufactured by AllPoints, it supports operation-type workflows, fitting seamlessly into compact commercial spaces for consistent sanitation and cleaning processes.
Compared to generic hoses, the AllPoints 00-941726-00004 offers superior EPDM rubber durability, flexible installation, and chemical resistance tailored for commercial kitchens. Its compact design and reliable performance support efficient workflow, sanitation, and long-term operation without frequent replacement, streamlining maintenance routines and maximizing operational uptime.
