Home News, Info & Ideas Beckmann Converting Adds New Laminating Pattern to Portfolio

Beckmann Converting Adds New Laminating Pattern to Portfolio

Beckmann Converting, Inc today announces the addition of a new bonding pattern to its portfolio.  With a unique bond point shape and pattern, the "CC" roll provides another option for customers needing high inter-ply adhesion for their applications.  The company indicates that it is available immediately to run Hand Trials and Roll Trials, typically the path to launching lamination of production quantities.

"This special pattern provides bonded area close to 10% of the full laminate web", reports Ray Piascik, Vice President of Marketing and Sales for Beckmann Converting.  "It also has an interesting and appealing appearance, which our customers tell us is important when the material surfaces are visible to end users and consumers".

Two examples of products that could benefit from the CC roll pattern are wipers and car covers.  Composite materials in applications such as these typically have 2 to 4 layers of the same, or different, textiles.  The higher bonded area, which can be problematic in other applications such as filtration, is a plus in the final performance of the products. The materials involved tend to be lighter in weight and not excessively lofty. (Due to the physical characteristics of this ultrasonic anvil roll, the CC roll pattern is not suitable for heavy composites or for very lofty materials.)  

If you have an application that may benefit from laminating with the CC roll pattern, please contact Ray Piascik, VP Marketing and Sales, directly at 518-366-6150, or complete and submit a Needs Assessment form today.

CC Roll Pattern Technical Details

Pin spacing, center to center: 4.6 to 5.3 mm

Pin configuration:                   Oval

Pin dimensions:                      2.6 x 1.0 mm

Pin height:                              1.9 mm

Pin area:                                 2.31 sqmm

Number of Pins per sqcm:      4.32

Overall bonded area:              9.75%    

Typical applications:  Composites requiring high inter-ply adhesion..

Limitations:                Not suitable for heavy and/or lofty composites.  

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