JBC Technologies Blog

Brenda Doskocil

Brenda is VP of Business Development at JBC Technologies where she has worked for the last 16 years with prospects and customers launching a myriad of manufacturing programs with a strong focus on development and launch of new business opportunities in the Automotive Heat Shield market. In her spare time Brenda enjoys home projects, travel and spending time with her family.

Recent Posts

Micro-Perforating for Sound Absorption in Automotive Heat Shielding

Posted by Brenda Doskocil on May 15, 2018 2:07:32 PM

Micro-perforating for automotive heat shielding creates very small holes in aluminum foils. These holes or micro-perforations improve acoustical performance by absorbing noise across a specific frequency range. Heat shield micro-perforating also complements manufacturing processes such as embossing and lamination. For a complete heat management and NVH solution, micro-perforating adds value to automotive die cutting.

Aluminum foils that are micro-perforated also support vehicle lightweighting and can be formed into complex, three-dimensional shapes. Typically, these die cut heat shields are used in engine shields and underbody shield applications. Automotive applications include tunnel shields, inner and outer dash shields, and hood insulators for a cooler, quieter ride.

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Topics: Automotive

Embossing (Kalotte) for Automotive Heat Shields: Value-Added Die Cutting

Posted by Brenda Doskocil on May 9, 2018 8:26:48 PM

Embossing for automotive heat shields in NVH applications creates raised, three-dimensional features on aluminum foils. By adding a Z-axis to these flat, flexible substrates, embossing provides for better formability during product manufacturing. Embossing also provides benefits in terms of material thickness, structure, design, noise reduction and aesthetics

During the embossing process, aluminum foil is fed into an embossing machine that creates raised pebble features along the surface of the substrate. With heat shields, embossing also supports micro-perforation and lamination. These value-added solutions are part of what separates JBC Technologies from other automotive die cutters.

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Topics: Automotive

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

Case Study: Die Cut Foils for Automotive Heat Shields

Posted by Brenda Doskocil on Mar 30, 2017 8:00:00 AM

Die cut foils are used in automotive heat shields to provide thermal and acoustical insulation. These formable, flexible, thin-gauge materials can be micro-perforated for noise reduction, and can be laminated to high-temperature insulation to create foil-faced structures that absorb high heat and reduce temperatures quickly. As this case study shows, JBC Technologies provides die cut aluminum foils that solve design challenges and meet multiple requirements.

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Topics: Die Cutting, Automotive

Die Cut Foils: Material Constructions and Benefits

Posted by Brenda Doskocil on Mar 23, 2017 10:30:00 AM

Die cut foils can be embossed, micro-perforated, laminated to high-temperature insulation, or laminated with pressure sensitive adhesives (PSAs). These die cut products can be supplied as two-dimensional (2D) shapes, or die cut and formed into three-dimensional (3D) structures. 2D parts include flat, circular heat shields such as the gaskets used in convection ovens. 3D die cut foils can be formed into complicated shapes used in various applications, such as heat shields near exhaust systems in cars.

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Topics: Die Cutting