Please wait...

{{var product.name}}
has been added to your cart!

Continue shopping
View cart & checkout
{{var product.name}}
has been removed from your cart!

Continue shopping
View cart & checkout

Sava 77679S32 Blue inflation hose, 32 ft, Nytrile with SAE couplers

by Sava
SKU
101450
Model
77679S32
The Sava 77679S32 blue inflation hose is a 32-foot Nytrile pneumatic hose with SAE couplers designed for industrial use. It features a 3/8" inner diameter, fiber reinforcement braid for a minimum burst pressure of 1,000 psi, and weather resistance from -40°F to 212°F. This hose maintains flexibility in low temperatures and resists oil and fuel degradation. This item is available for purchase only.

Purchase

$109.33
Availability: Normally Ships Next Business Day.

Sava 77679S32 Blue inflation hose, 32 ft, Nytrile with SAE couplers Product Guide

Inflation Hose Selection Notes

When selecting an inflation hose for pneumatic applications, verify that the hose diameter and fittings match the connector standards of your inflation equipment. The Sava 77679S32 utilizes standard SAE couplers and has a 3/8" inner diameter, which fits many industrial-grade pneumatic inflation setups. Consider the work environment temperature range since this hose maintains flexibility from -40°F to 212°F, making it compatible for most climates. Confirm that the hose length of 32 feet is sufficient for your job site layout to allow easy routing without stress or kinks.

Setup And Use Planning

Inspect the inflation hose before use to check for any signs of wear or damage, such as cuts or abrasions, which could affect the pressure integrity. The fiber-reinforced braid construction supports a minimum burst pressure of 1,000 psi, which should be verified against your inflation pressure requirements to confirm operation. Plan hose routing to avoid tight bends or sharp edges that might prematurely degrade the hose. Also, maintain a clean and dry air supply to prevent internal contamination and monitor fittings for tightness during use to prevent leaks.