JBC Technologies Blog

The Future of Cars: Seven Trends You Can’t Afford to Miss

Posted by Mark Swanson on Mar 20, 2018 6:39:41 PM

Seven major trends are transforming the automotive industry. For engineers, sourcing managers, and procurement agents, these developments will drive decisions surrounding a host of business and technical issues. For JBC Technologies, a leading automotive die cutter, helping you make the most of these trends is just one of the ways we add value to your operations. 

Recently, JBC attended Foam Expo 2018, North America’s leading event for the technical foam industry. In addition to discussing market developments, JBC connected with industry experts who offered valuable insights about automotive applications and material requirements. Foam Expo provided many important lessons, but here are seven trends you can’t afford to miss.

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Topics: Automotive, Foam & Elastomers

What JBC Learned at Foam Expo 2018

Posted by Mark Swanson on Mar 13, 2018 1:12:49 PM

JBC Technologies recently attended Foam Expo 2018, North America’s leading exhibition and conference for the technical foam industry. From March 6 to 8, JBC showcased die cut foams for sealing and insulation. We also exchanged information with foam manufacturers and suppliers about trends and technologies. Discussions with engineers, sourcing managers, and procurement agents provided valuable insights about demand for die cut foam products.

Foam Expo 2018 truly offered a wealth of information. This three-day event met the needs of various end-user markets, but the automotive industry was a special focus given the tradeshow’s location in Novi, Michigan. As an automotive die cutter, JBC Technologies learned important lessons in two major areas: vehicle light weighting, and sound deadening. We’re happy to share what we learned and invite you to contact us to discuss how die cut foams can strengthen your automotive designs.    

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Topics: Automotive, Foam & Elastomers

Flame Retardant Automotive Foams

Posted by Mark Swanson on Feb 27, 2018 5:45:18 PM

Flame retardant automotive foams resist burning so that a vehicle’s occupants have time to escape in the event of a fire. They are made of open-cell or closed-cell materials such as melamine, phenolic, polyolefin, polyurethane, or polyvinyl chloride. Some automotive foams are inherently fire-resistant, but others are treated with additive, solid salt-based, polymeric, or reactive flame retardants. These foam materials are supplied as sheets or rolls and die cut into specific shapes with precise geometries. 

Standards for burn resistance vary, so automotive engineers need to account for specific national, international, or industry requirements during material selection. Engineers may also need flame retardant foams that meet OEM requirements for lower emissions, enhanced aging properties, and improved toxicity profiles. As material suppliers bring new products to market, vehicle designs can also incorporate flame retardant automotive foams that reduce noise, vibration and harshness (NVH). 

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Topics: Automotive, Foam & Elastomers

EMI Shielding and RFI Shielding: How Die Cutting Solves Design Challenges

Posted by Mark Swanson on Nov 14, 2017 9:25:14 AM

Electromagnetic interference (EMI) is a man-made or naturally-occurring phenomenon that disturbs electrical circuits and disrupts electronic devices. The causes of EMI are numerous, and include both ambient sources and power quality problems. The effects of EMI can range from data losses and decreased performance to system failure and loss of life. By protecting electronic devices and systems against electromagnetic noise or crosstalk, engineers can mitigate these risks. 

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Topics: Automotive, Electronics

Die Cut Heat Shields for Thermal and Acoustical Insulation

Posted by Brenda Doskocil on Nov 9, 2017 7:03:54 PM

Die cut heat shields protect the interiors of vehicles and equipment against excessive heat from engines and exhaust systems. Depending on their construction, these die cut products can also reduce unwanted sounds. For example, die cut heat shields with an aluminum foil facing can be micro-perforated for noise reduction and embossed for flexibility. This thin-gauge foil reflects radiant energy, and can be laminated to thermal insulation that absorbs high heat and reduces temperatures quickly.

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Topics: Die Cutting, Automotive