03 December 2013
03 December 2013
PlastiComp claims it has developed the next generation in long fibre reinforced nylon composite pellets (LFT-PA composites).
The main attributes of these materials are the high-flow characteristics and superior surface finish they exhibit even with high fibre loadings and without a reduction in thermal or mechanical properties.
PlastiComp’s proprietary high flow formulas enable moulders to achieve cycle time reductions up to 25% along with injection pressure reductions of up to 40% in thin wall parts (less than 0.100”). Flow lengths in thin wall parts can also be increased by as much as 30% (based on spiral flow data). Cosmetics are improved due to a resin rich surface that contributes to the elimination of glass fibre on part surfaces.
The reduced viscosity of these formulas gives improved design flexibility by allowing wall thickness reduction of up to 25% in some parts. It also gives moulders the ability to mould complex and large shapes with high filler contents. Reducing process temperature and pressure provides secondary benefits including longer mould life as well as reduced mould and moulding machine maintenance costs.
“Through the use of this material one of our customers was able to reduce melt temperatures by 30°F,” said Eric Wollan, Business Development Manager. “This allowed them to reduce cycle times and energy costs during the moulding process. The cycle times were reduced by 30% in this case and the moulder had the added bonus of great part appearance with lower mould temperatures.”
Scigrip has expanded its agreement with Biesterfeld Spezialchemie to include France and the French territories in Northern Africa, with immediate effect.
EconCore will unveil the latest developments in its thermoplastic honeycomb core production technology at NPE2018 on 7-11 May in Orlando, Florida, US.
Advanced Engineering 2018, the UK exhibition for advanced engineering professionals, is celebrating its 10th birthday by being bigger and better than ever, according to show organiser Easyfairs.