RV Fresh Water Fill Hose 1 1/4" Smooth Sections
You've seen it on all the big water stages of the world. You have certainly seen it used in every medical drama ever created. It's been in film, television shows, and any other place where fresh contained water or medical treatment is involved. It's been in the hands of many a pool cleaning associate. The Smooth Bor water hose. Its unmistakable ribbed design is synonymous with pools, breathing tubes, and every other scenario where the transport of important fluids and gasses is involved. And now, it's associated with RV living.
Smooth Bor is the best. That's why we at RecPro have added it to our catalog of items. This storied provider of high-end water, vapor, and gas transportation has some of the best hoses on the market. Solid construction, industry-best construction materials, and stringent quality standards are all built into these hoses. That quality is why it's chosen time and time again. The spaced-out build of this hose allows you to fit this hose to your exact needs so that you can have it as short or as long as you want it. No one wants to deal with foot after foot or extra hose. In addition, this hose is UV resistant and cold and heat resistant, making sure that it stays in good shape season after season without wearing down. It's even resistant to most non-caustic chemicals.
At RecPro, we buy the best so we can provide the best. Make sure you're providing that for your RV, home, and other plumbing needs by stopping by. Have any questions? Contact us online or call our Customer Service Department today!
- Outer dimension: 1 1/2"
- Inner dimension: 1 1/4"
- Ribbed section: 5"
- Smooth section: 3"
- Water fill hose
- FDA compliant
- Weight: 1.5 lbs. per 10 ft.
- Ribbed exterior for added strength
- UV Stabilized
- IAPMO listed
- Multiple applications (health, RV, food, manufacturing)
- Cold and heat resistant
- Resistant to most non-caustic chemicals
- Relaxed length 2" shorter than listed (installed) length (example: relaxed length = 9' 10", installed length = 10')