CSP Van Wert Facility turns 40
Continental Structural Plastics compounding facility in Van Wert is celebrating 40 years in business.
Continental Structural Plastics (CSP, Auburn Hills, MI, US), molder of light weight composite technologies for the automotive industry, announced June 18 that its compounding facility in Van Wert, OH, is celebrating 40 years in business.
Because CSP develops and compounds its own composite formulations, Van Wert’s ability to compound impacts many of the company’s global automotive customers. Of the more than 84 thousand tons of sheet molded compound (SMC) compounded by CSP annually, more than 60 thousand of those come from the facility in Van Wert. Much of that is the company’s own, proprietary formulas created by CSP’s team of chemists and engineers located at the company’s global headquarters and R&D center in Auburn Hills.
The Van Wert facility was originally built by The Budd Company to support the organization’s growing customer demand. Its molding plants had a number of new programs including the Corvette fastback, roof and rear fenders, so more SMC was needed.
The very first timecard – Clock 1 as it’s called – at the Van Wert facility belonged to Don Chiles, who began working at the plant in June 1978 as a maintenance worker. Chiles, who received electronics training while serving in the Army, had been employed as contract worker by The Budd Company, installing the electronic controls on the SMC lines within the Van Wert facility, before he was hired full time for the plant. The plant opened for production about a month after Chiles came on board full-time. In the early years, the facility compounded approximately 10 to 12 million lb of SMC annually.
“Very early on, we had one SMC line, and were running one shift, two days per week,” Chiles explains. “Not too many of us knew a lot about compounding, so there was a big learning curve. As business grew, we eventually added shifts and SMC lines.”
When Gary Grossheim started at Van Wert as the plant manager in 1983, the facility had two SMC lines, running one shift, five days a week. “We supplied the raw material needs for the division and ended up putting three presses in the plant in the late eighties,” he explains. “We used the presses to mold some car parts, such as bumper beams for Mazda. We also supplied secondary parts for the North Baltimore plant.”
One of those secondary parts, according to Chiles, was water skis. At the time, the Budd Plastics Division owned Connelly, a maker of water skis, so Van Wert and the North Baltimore, OH, US facility worked together to produce the skis through the late 1980s.
Through the late 1980s and into the 1990s, the facility continued to grow in terms of capacity – up to three SMC machines and three shifts. “The materials were changing – the formulations – but the process stayed pretty much the same,” says Chiles, who by that time had advanced into engineering, and was off the production floor.
“Our biggest year while I was there as plant manager, we actually produced 94 million lb of SMC,” recalls Grossheim. “We went to a three shift operation, and the third SMC line was actually put in right after I left the plant managers position. But I think the greatest accomplishment was the fact that we met the needs of the division, mainly because of the efforts of our people. And I can’t stress that enough; the people of the Van Wert plant have always been what made it successful.”
The Van Wert facility became part of CSP in 2006, when CSP purchased the ThyssenKrupp Budd’s Plastics Division. Today, the 69,000 square-foot facility employs 85 people on three shifts. In March 2018, they compounded 13.25 million lb of SMC – a one month record for the facility.
Related Content
AMRC Training Centre introduces composites apprenticeship opportunity
With partners McLaren and Teledyne CML Composites, the Training Center will train new composites technicians in South Yorkshire to build up the future industry workforce.
Read MoreAbaris relocates training facility to Sparks, Nevada
Larger facility gives room to expand offices, classrooms, labs and other workspaces and provides students with easy access to several local amenities.
Read MoreDaher inaugurates Learning Center for training aeronautical talent
Daher offers a concrete solution to the shortage of qualified professionals in aerospace, providing a range of technical programs that prepare workers for the sector’s rigorous demands.
Read MoreReducing accidental separator inclusion in prepreg layup
ST Engineering MRAS discusses the importance of addressing human factors to reduce separator inclusion in bonded structures.
Read MoreRead Next
Ultrasonic welding for in-space manufacturing of CFRTP
Agile Ultrasonics and NASA trial robotic-compatible carbon fiber-reinforced thermoplastic ultrasonic welding technology for space structures.
Read MoreCutting 100 pounds, certification time for the X-59 nose cone
Swift Engineering used HyperX software to remove 100 pounds from 38-foot graphite/epoxy cored nose cone for X-59 supersonic aircraft.
Read MoreCeramic matrix composites: Faster, cheaper, higher temperature
New players proliferate, increasing CMC materials and manufacturing capacity, novel processes and automation to meet demand for higher part volumes and performance.
Read More