3B Company debuts 10um glass fiber chopped strands for reinforced polypropylene
On September 27, 2011, European 3B Glass Fiber Company announced the launch of 10μm diameter glass fiber products for high-end polypropylene applications at the European Laminating Materials Exhibition based on its short fiber reinforcement products for polyolefins. DS2200-10P, which it calls a game-changing high-performance reinforcement material.
“As a leader in technological innovation in thermoplastic reinforcement materials in Europe, 3B is keen to provide cost-competitive solutions to meet the needs of the expanding market. Glass fiber is undoubtedly a versatile lightweight reinforcement material for high-end applications such as automobiles In addition to their design agility, fiberglass-reinforced thermoplastics also have considerable potential to reduce the weight of future vehicles. Examples of applications include Volkswagen’s air intake manifolds, BMW’s rear seat brackets and Fiat’s pedal brackets. ” said the business development director of 3B Company.
Small diameter (low micron) glass fibers have been widely used in polyamide and polyester resins, but bonding them to polypropylene resins is still innovative and could open up new opportunities in automotive applications, such as Semi-structural parts in the car, components under the hood, and high-load components such as engine mounts and transmission mounts.
Based on its short fiber reinforcement products for polyolefins, 3B has developed a new polypropylene blend formulation and a revolutionary sizing agent it previously developed for reinforcing high-performance polyolefins. 10μm chopped strand variety DS2200-10P. This product further improves the comprehensive performance limits of polypropylene compounds and expands the scope of high-end uses. Proprietary sizing and bonding technologies provide excellent “dry-to-form” performance, ensuring high performance retention after hydrolysis or heat aging.
“The combination of the company’s innovative sizing technology and 10μm glass fiber increases the tensile strength of the product by 12% and the impact resistance by 15% compared with existing commercial products, making polypropylene used in some high-end applications. As a replacement for metal, it is now possible to successfully compete with other thermoplastics, especially in automobiles. Using conventional molds, polypropylene compounds containing 50% glass fiber can now achieve excellent mechanical properties and have the advantage of low density.” 3B Presented by the company’s Head of Thermoplastic Products.
“Reducing costs is a factor in maintaining competitiveness, so replacing expensive engineering plastics with cheaper polyolefin resins is a major expectation of manufacturers. Borealis’ laminating material technology can make polypropylene-based materials similar to engineering plastics Sometimes even better performance. 3B’s fiberglass new product development plan has clearly assisted Borealis in implementing its own strategy,” said a person from Borealis, a user of 3B products.
3B’s new chopped strand variety DS2200-10P will be launched globally in the fourth quarter of 2011. It is made of Advantex? glass fiber.
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