PPE
PPE 515250200 2.50 INCH T-BOLT CLAMP FOR 2.00 INCH ID HOSE
- SKU:
- PPE515250200
- UPC:
- 840171210606
- MPN:
- 515250200
- Shipping:
- Calculated at Checkout
Description
A steel T-Bolt and Nyloc nut for added strength and reliability, these clamps are easy to install and offer excellent clamping power for stock or high-performance applications.
Features:
- 2.5 Inch T-Bolt Clamp (515250200)
- For PPE 2 Inch ID Silicone Hoses
- Range: 54mm-62mm
- Heavy duty 3/4 inch wide 304 stainless steel band
- Steel T-Bolt and Nyloc nut for strength and reliability
- Provides uniform sealing pressure
- Excellent for stock and high-performance applications
- Sold Individually
Note:
- Due to the 6mm wall thickness of PPE Silicone, hose clamps must be 1/2 inch larger diameter than hose ID for proper fit
The PPE 515250200 2.50 Inch T-Bolt Clamp is the ultimate solution for securing your 2.00 inch ID silicone hoses. Designed with durability and performance in mind, this clamp guarantees a secure fit that can withstand both stock and high-performance applications.
Constructed from heavy-duty 304 stainless steel, the 3/4 inch wide band offers exceptional strength while ensuring uniform sealing pressure. The T-bolt and Nyloc nut system not only enhances reliability but also makes installation a breeze. Whether you're upgrading your vehicle or performing routine maintenance, this clamp is engineered for both ease of use and effective clamping power.
- 2.5 Inch T-Bolt Clamp (515250200)
- Compatible with PPE 2 Inch ID Silicone Hoses
- Adjustment Range: 54mm-62mm
- Heavy duty 3/4 inch wide band made from 304 stainless steel
- Includes robust steel T-Bolt and Nyloc nut for enhanced reliability
- Ensures uniform sealing pressure across the entire hose
- Perfect for both stock and high-performance applications
- Sold individually for versatile usage
For an optimal fit, remember that due to the 6mm wall thickness of PPE Silicone, hose clamps should be 1/2 inch larger in diameter than the hose ID. Choose the PPE T-Bolt Clamp for unbeatable performance and dependability in every application.