FREE 1 to 3-Day Delivery on Orders $149+ Details
Pro Series Silicone Reducer Transition Coupler; 2.75 to 3.00-Inch; Black (Universal; Some Adaptation May Be Required)
Item HS61380
Our Price
$22.99
Military, Medical & First Responders
$1.15 Available in AT Cash Rewards.
Confirm Eligibility
Confirm Eligibility
Choose options to add to cart.
Saved - View your saved items
We're sorry. We couldn't save this product at this time.
or use
Shop Owners Save More!
Sign up for our dealer program
Product Information
Features, Description, Q&A
Features
- _x000D_
- Four-Ply Reinforced Silicone Construction _x000D_
- Inner Diameter Transition From 2.75 Inches To 3.00 Inches _x000D_
- Black Finish _x000D_
- Designed For Hose Applications Requiring Diameter Adaptation _x000D_
- Temperature and Pressure Resistant _x000D_
- Enhances Performance and Reliability in Fluid Systems _x000D_
- Fits Universal; Some Adaptation May Be Required _x000D_
Description
Flexible Hose Coupler. The Pro Series Silicone Reducer Transition Coupler (2.75 to 3.00-Inch, Black) is designed to securely and effectively connect hoses or pipes with different diameters. It enables smooth transitions in fluid or air systems, helping to maintain system integrity and performance by minimizing leaks and pressure drops.
_x000D_Construction and Appearance. This coupler features four-ply reinforced silicone construction for superior strength and durability. The smooth black finish offers a professional look while resisting heat, pressure, and environmental wear, ensuring long service life in demanding automotive applications.
_x000D_Installation. Installation is straightforward and typically does not require drilling or modification of existing components. Clamps or other securing hardware can be used to achieve a tight, leak-free connection with minimal effort.
_x000D_Application. Fits universal; some adaptation may be required.
CA Residents: 
WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov
Questions & Answers
No questions about this product yet.
Ask the First Question
