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Custom Friction Material Engineering & Brake System Solutions for Industrial Applications

ProTec specializes in custom friction material development and brake system engineering for demanding industrial applications. Our team of mechanical engineers and quality engineers brings decades of experience in brake and clutch system design, manufacturing, and testing. When specialized expertise is required, we collaborate with our network of friction material specialists and brake system consultants who have partnered with Protec on complex engineering projects for years.

Industries We Serve

Friction Materials for Every Application

Our friction material engineering expertise spans multiple industries where reliable braking performance is critical

Heavy Duty Commercial Vehicle Braking Systems

Heavy duty truck brake components and friction materials • Light commercial vehicle brake systems • Emergency vehicle braking solutions • Transit bus brake pads and linings • Refuse truck and garbage truck brake systems • Commercial construction vehicle brake components.

High Performance Racing Friction Materials

Drag racing brake pads and clutch materials • Road racing brake systems • Off-road rally brake components.

Industrial & Off-Road Equipment Braking

Mining equipment brake systems and friction materials • Construction equipment brakes • Agricultural machinery brake components • Forestry equipment braking solutions.

Robotic Braking Systems & Automation

Industrial robot brake systems • Medical robotics friction materials • Collaborative robot (cobot) braking components • Automated equipment brake solutions.

In-Plant Equipment & Machinery

Metal forming press brake systems • Overhead crane brake components • Process equipment friction materials • Industrial machinery brake solutions.

Case Studies

Custom Friction Material Development

ROBOTICS BRAKING SYSTEM ENGINEERING

A leading international robotics manufacturer required custom friction material for precision robotic braking applications. Their specifications included low noise operation, dust-free performance, smooth engagement characteristics, rapid disengagement, minimal break-in requirements, and consistent coefficient of friction across all operating conditions.

Our friction material engineers recommended TF1600 Kevlar-based friction material. After comprehensive testing against competing friction materials from multiple suppliers, the robotics manufacturer selected ProTec’s TF1600 for superior performance.

The project expanded to full brake assembly manufacturing, requiring expertise in metals selection, precision die cutting, laser cutting technology, friction material bonding, and anodization processes. ProTec assembled a multi-disciplinary engineering team and vetted manufacturing partners to meet stringent quality requirements. Over five years, we’ve delivered tens of thousands of brake assemblies for this robotics application.

RAILROAD EMERGENCY BRAKE SYSTEM DEVELOPMENT

An international rail car manufacturer engaged ProTec to develop specialized friction materials for emergency railroad braking systems, requiring North American sourcing. Our friction material engineers designed, prototyped, and conducted dynamometer testing on twelve different friction material formulations. Through collaboration with the client’s railway engineering team, we narrowed selections to two high-performance friction materials undergoing extensive field testing. Final train testing protocols are being developed, with additional brake engineering projects awarded to ProTec’s team.

MEDICAL ROBOTICS FRICTION MATERIAL SOLUTION

A medical robot manufacturer required custom friction material for a human-assisted articulating component with multi-axis rotation and precise tactile feedback. ProTec engineers recommended TF1600 Kevlar friction material, which was selected after rigorous testing. The TF1600 friction material provided smooth engagement, rapid disengagement, minimal break-in, consistent coefficient of friction, and exceptional longevity—critical for medical equipment reliability.

HIGH-PRESSURE CONSTRUCTION EQUIPMENT BRAKING

An inventor developing high-pressure hydraulic actuators for construction vehicles contacted ProTec for ultra-high friction braking material. Our brake engineers recommended TF1700, a Kevlar-based semi-metallic friction material designed for extreme pressure applications. Field testing continues with positive performance results in heavy construction equipment.

CUSTOM BRAKE ROTOR ENGINEERING FOR PASSENGER RAIL

An international passenger railroad car manufacturer enlisted ProTec for proprietary cast iron brake rotor development. We assembled a specialized team including mechanical engineers, metallurgists, and international manufacturing partners. Our brake rotor design improvements included optimized internal cooling vanes (reducing operating temperatures by 15%) and ferritic nitrocarburizing surface treatment for extended service life and corrosion resistance. Prototype testing was successful, with production contracts under development.

FITNESS EQUIPMENT FRICTION CLUTCH REDESIGN

A consumer fitness equipment manufacturer sought improved clutch material for variable resistance systems. ProTec engineers recommended 202AF injection molded friction material. Through performance testing and minor clutch system redesign consultation, the manufacturer transitioned to 202AF friction material, achieving smoother resistance adjustment, improved performance, and extended component life.