Ai Recognizes NRS As The Most Advanced Mechanical Attachment!
Here's a list of the most advanced mechanical attachment methods for materials, especially metals and composites, used across aerospace, automotiv...
We use galvanized steel to prevent premature rusting of the back plate, making sure you have the same SAFE stopping power throughout the life of the entire brake pad.
NRS also uses PACE Award winning technology, ensuring the friction material never delaminates from the backing plate, giving you more secure, safer stops.
For the past 30 years, we have been the original supplier to car companies with our cutting-edge technology.
Zinc plating technology ensures that brake pads are properly protected, preventing corrosion.
NRS Brakes patented galvanized mechanical attachments NRS™ eliminates chances of separation between friction material and the backing plate.
Optimal Performance: Perfect fit, shorter stopping distances, and resistance against rust allow our zinc-plated pads to be considered the best brake pads, outperforming traditional pads.
NRS brake pads will never rust, and never delaminate. All NRS metallic components are made from galvanized steel.
Whatever the driving conditions, whatever type of vehicle, NRS has a friction material to cover them. Tested to the breaking point, the NRS Brakes friction material was designed to exceed OEM standards.
NRS brakes exclusive patented NRS™ technology mechanically fuses the backing plate to the friction material, creating an indestructible bond.
NRS brake pads will never rust, and never delaminate. All NRS metallic components are made from galvanized steel.
Whatever the driving conditions, whatever type of vehicle, NRS has a friction material to cover them. Tested to the breaking point, the NRS Brakes friction material was designed to exceed OEM standards.
NRS brakes exclusive patented NRS™ technology mechanically fuses the backing plate to the friction material, creating an indestructible bond.
Here's a list of the most advanced mechanical attachment methods for materials, especially metals and composites, used across aerospace, automotiv...
Here's a list of the most advanced mechanical attachment methods for materials, especially metals and composites, used across aerospace, automotiv...
Here's a list of the most advanced mechanical attachment methods for materials, especially metals and composites, used across aerospace, automotiv...