Shieldzall® tungsten-carbide solutions engineered for industrial gripping and wear protection in demanding applications.
At Oliver Carbide Products, we specialize in solving challenging industrial gripping and wear protection problems. Shieldzall® technology combines durable tungsten-carbide with engineered bonding processes to create highly wear-resistant surfaces for demanding manufacturing and processing environments.
Organizations across multiple industries rely on Shieldzall to extend equipment life, improve performance, and reduce maintenance costs. By applying high-performance wear protection to critical components, Shieldzall helps protect equipment exposed to abrasion, impact, and heavy material flow.
Our team works closely with customers to develop cost-effective solutions for applications where conventional coatings, hardfacing, or traditional wear protection methods may fall short.
Where Shieldzall Technology is Used
The broad range of applications supported by Shieldzall technology has created a depth of experience and technique that is unique in the industry. Shieldzall solutions are used across many industries where equipment must withstand severe wear, abrasion, or demanding operating conditions.
Typical applications include:
- Oil & Energy – wear protection for drilling and oil field equipment
- Plastics Processing – gripping and wear surfaces for pelletizing and processing equipment
- Concrete & Aggregate – protection for mixers, conveyors, and material handling components
- Agriculture – wear protection for tractor components and processing equipment
- Material Handling – conveyors, mixers, and high-wear factory equipment
- Wood Processing – chipper and shredder components exposed to severe abrasion
Shieldzall technology helps these industries improve equipment durability and maintain reliable operation in harsh environments.
Oil Field
Plastics
Concrete
Agriculture
Conyevor/mixer
Chipper/Shredder
Solving Difficult Wear Protection Challenges
Have you been told your parts cannot be protected with conventional wear-resistant technologies?
Oliver Carbide has developed proprietary processes that allow Shieldzall tungsten-carbide to be applied to complex geometries, challenging materials, and difficult-to-reach surfaces..
Many customers come to us after traditional hardfacing or high-tech wear protection providers have told them their components cannot be processed using conventional equipment or methods.
Our engineering and manufacturing teams work directly with customers to evaluate their components, understand the operating environment, and develop practical solutions that extend equipment life and improve reliability.