NetComposites
Attwater

Diab Americas Triples Processing Capacity for Advanced Foam Cores

29 August 2017

Diab Americas has invested in additional stabilisation chambers to support growing demand for its Divinycell HT and Divinycell HP foam cores.

Structural foam cores have been used in the aerospace industry and other advanced composite applications for decades. As a result of the benefits of closed cell foam cores over traditional honeycomb core designs in aerospace applications, OEM acceptance of Divinycell HT for primary and secondary structures has accelerated over recent years, Diab reports.

“The unique value we bring to our customers needing an elevated temperature and prepreg capable closed cell foam is further stabilising Divinycell HT and Divinycell HP prior to delivery," comments Per-Erik Velin, President of Diab Americas. "This ensures our industry-leading dimensional stability in a closed cell foam, enabling our customers to produce the best quality and most consistent finished part. To ensure Diab is the best partner and supplier to our customers, we have heavily invested in many aspects of the Diab Americas facility in Desoto, TX. Amongst these improvements include tripling the chamber capacity of our Divinycell HT and Divinycell HP product lines.”

Divinycell HT and Divinycell HP are PVC-based IPN (interpenetrating network) thermosets with excellent chemical resistance, high strength to weight ratios, and good insulative properties. Additionally, each Divinycell HT order comes with comprehensive quality documentation and batch traceability, to ensure aerospace documentation requirements are met.

Diab also supports customers with services such as CNC machining and thermoforming of core kits.





Share this story


Related / You might like...

Composite Integration Appoints Distributor in India

Composite Integration are excited to announce it has appointed TrioBotics Automation Solutions as their official distributor in India with immediate effect.

NETZSCH and USQ Join in Research Partnership to Advance Automated Composite Manufacturing

Accepting challenges and creating solutions - these are the goals of NETZSCH Research Partnerships.

AMRC Works With Prodrive to Accelerate Composites Recycling Challenge

One of the most respected and successful names in motorsport is working with lightweighting and materials researchers at the AMRC to advance its processes for manufacturing recyclable composite components that extend useful lifetimes and reduce tooling costs.