INTEGRICLAD™ BRAZING RODS
IntegriClad™ Brazing Rods
Tungsten Carbide Composite Materials for Wear Protection & Repair Applications
IntegriMat Inc. provides engineered tungsten carbide brazing rod solutions for industrial wear protection, repair, and component reinforcement in demanding operating environments.
IntegriClad™ Brazing Rods combine cemented tungsten carbide (WC-Co) particles with a high-performance nickel silver brazing alloy matrix to create durable composite wear layers with excellent abrasion resistance and strong bonding to steel substrates.
Our brazing rods are designed for reliable carbide deposition, strong metallurgical bonding, and customized wear protection of critical components exposed to severe abrasion.
IntegriClad™ Brazing Rod
Tungsten Carbide Composite Brazing Rods for Extreme Wear Protection
IntegriClad™ Brazing Rods provide a reliable solution for protecting components exposed to severe abrasion, erosion, and impact wear.
Manufactured with cemented tungsten carbide particles embedded in a high-performance brazing alloy matrix, these composite rods deliver excellent wear resistance, strong carbide retention, and durable bonding to steel substrates.
Designed for localized wear protection in mining, drilling, construction, and industrial applications.
Key Benefits
Extreme Wear Resistance
High-hardness tungsten carbide particles provide superior resistance against abrasive and erosive wear.
Strong Carbide Retention
Optimized brazing matrix ensures reliable bonding and minimizes carbide loss during operation.
Flexible Product Selection
Available in different carbide particle sizes and matrix alloy systems to meet various wear conditions.
Self-Fluxing Option Available
Self-fluxing versions provide improved wetting and simplified brazing operation with reduced flux requirements.
Product Structure
Cemented WC-Co Particles + Brazing Matrix → Wear Resistant Composite Layer
IntegriClad™ Brazing Rods combine hard tungsten carbide particles with a metallic brazing matrix to create a durable composite wear layer directly bonded to the substrate.
