Send this page / Print this page Home / Composites News / Products
More Composite News
By period
Last week
Last month
Last year
By category
Business & Markets
Products
Applications
Process & Equipment
In Brief
Report
By application sector
Automotive
Aeronautics / Aerospace
Marine / Boatbuilding
Construction / Civil engineering
Railway / Mass transit
Consumer goods
Sports / Leisure
Corrosion resistant products (pipes, tanks, gratings)
Electronics
Wind Energy
Medical
Defence / Security
Appliances / Office equipment
Sanitaryware
Other
By process
Hand lay-up
Spray-up
Sheet Moulding Compounds (SMC)
Bulk Moulding Compounds (BMC)
Casting
Pultrusion
Filament winding
Long Fiber Injection (LFI)
Continuous laminating
Resin Transfer Moulding (RTM)
Eco Resin Transfer Moulding (RTM Eco)
Reinforced / Structural reaction injection (RRIM/SRIM)
Vacuum bag / Autoclave
Other
By product
Thermoset resins
Thermoplastic resins
Glass reinforcements
Carbon reinforcements
Aramid reinforcements
Natural reinforcements
Other reinforcements
Core materials
Adhesives
Additives
Gelcoats
Prepregs
Preforms, Fabrics/tapes or mats / unimpregnated
SMC / BMC
Moulds / Tooling materials
Test / Quality control equipment
Process equipment
Composites parts
Design / Engineering services
Other
Advanced Search
More news about :
Automotive.
More about this
13 Dec 2006 - United States
Adhesive commercialised in two new front-end carrier applications

BETAMATE low energy substrate adhesives (LESA) from Dow Automotive have been commercialized in front-end carrier applications on the 2007 Jeep Wrangler and the 2007 Dodge Nitro. Designed, integrated and manufactured by Decoma International, the front-end carriers bonded with BETAMATE LESA enable greater design flexibility, weight reduction and streamlined manufacturing techniques.
“In the traditional assembly of hybrid front-end carriers, the metal reinforcement is attached to the plastic using mechanical techniques such as rivets, heat stakes or through over-molding” said Dave Recktenwald, Dow Automotive Plastic Bonding Market Development Manager. “When the substrates are bonded with BETAMATE LESA, the metal reinforcements and molded plastic parts can be optimized for reduction of part thickness, resulting in significant weight savings and improved structural performance. In addition to providing BETAMATE LESA material, Dow Automotive also offers design support for bond line optimization.”
A recent winner of industry recognition from the Society of Plastics Engineers, PACE Awards and R&D 100, BETAMATE LESA can be used to replace or supplement welds and mechanical fasteners in a wide variety of structural applications. BETAMATE LESA bonds long-glass filled polypropylene and e-coated steel with no pre-treatment or primers.
Source : Dow Automotive



dark matter composites ltd
FILAVATM - Customized Fiber Properties from Tailored production
Carbon Fabric and Glass Fabric
LAP Laser