Skip to product information
1 of 2
All Electronics Hardware →

Industrial Friction/Detent Hinge - 80º Open Angle, 0.7 N·m Torque, Nylon, Black Coated

Industrial Friction/Detent Hinge - 80º Open Angle, 0.7 N·m Torque, Nylon, Black Coated

SKU:IND-d0ebb7

Upgrade your panel hinging system with our Industrial Friction/Detent Hinge featuring 80º open angle, 0.7 N·m torque, and nylon construction.

Regular price $29.99
Regular price Sale price $29.99
Sale

Initiate Order

Industrial Friction/Detent Hinge - 80º Open Angle, 0.7 N·m Torque, Nylon, Black Coated

Industrial Friction/Detent Hinge - 80º Open Angle, 0.7 N·m Torque, Nylon, Black Coated

$29.99

Quantity: 1

Claim Your Seller Account

Industrial Friction/Detent Hinge - 80º Open Angle, 0.7 N·m Torque, Nylon, Black Coated

Industrial Friction/Detent Hinge - 80º Open Angle, 0.7 N·m Torque, Nylon, Black Coated

$29.99

Quantity: 1

Delivery via Maden

Expect your order to arrive on time.

Secure Payments

All orders are processed through a secure, PCI-compliant checkout.

View full details
Upgrade your panel hinging system with our Industrial Friction/Detent Hinge. Crafted for durability, it features nylon hinge leaves and covers with a sleek black powder coating. The detented open angle of 80 degrees provides precise control, while the 0.7 N·m torque to open ensures smooth operation. Enjoy longevity with a special feature guaranteeing torque consistency even after 25,000 cycles. Ideal for industrial-access hardware, this hinge is a reliable choice for various applications, meeting stringent quality standards.

Ready to Grow Without Cash Flow Constraints?

Get Net 30, 60, or 90 day terms at 0% interest on any purchase

Ready to Grow Without Cash Flow Constraints?

Product Specifications

Specifications Detented Open Angle
80 º
Specifications Material
Nylon Hinge Leaves and Covers
Specifications Special Features
Life: Within 20 percent of stated torque after 25,000 cycles
Specifications Surface Finish
Black Powder Coated
Specifications Torque To Open
0.7 N·m | 6.2 in·lb