DISC-LOCK International Announces Distribution Partnership With Fastbolt Corp.
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Culver City, Calif. – DISC-LOCK International, a California based company specializing in the manufacture and distribution of safe and secure fastening systems, including the Safety Wheel Nut, today announced a distribution partnership with Fastbolt Corp.
DISC-LOCK product distribution and will be handled by Fastbolt in the U.S. and world-wide within their global supply chain management.
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“Our distribution partnership with Fastbolt is a logical alliance between one of the most reliable supply chain management businesses and the top-line, vibration proof, locking fastener systems produced by DISC-LOCK,” said Alistair McKinlay, Chairman of DISC-LOCK International. “With the Fastbolt network, our locking fastener systems will be more available to all industries world-wide,” he added.
“In addition to the tremendous supply chain management of Fastbolt, they offer application engineering, testing and quality standards, kitting services and custom labeling,” said Greg White, Vice President of DISC-LOCK International. “Fastbolt can supply a steady flow of parts delivered directly to a production or automated assembly line with no need for warehousing,” he said.
About DISC-LOCK International
DISC-LOCK International, headquartered in Culver City, Calif., manufactures a complete range of safety fastening solutions for the transportation industry and military including trucks, trailers and buses. DISC-LOCK products include; Safety Wheel Nut, Vibration Proof Locking Nut, Truck Frame Fastening System, Rail Car Fastening System, and Locking Washers. Established in 1980, DISC-LOCK International distributes to all 50 states in the U.S. and 31 countries worldwide.
About Fastbolt
Fastbolt Corp. is a provider of global supply chain management services for high quality electro-mechanical products. Fastbolt supplies logistical services, inventory management programs and application engineering assistance to an elite customer base while managing the replenishment flow of components to point of usage.
