LFT LGF Filled PA6/PA66/PA12/PA Reinforced Long Fiber Thermoplastic Compound

LFT PA LGF material is Polyamide resin filled long fiber(generally is glass/carbon fiber) thermoplastic compound polymer material. We have product and provide PA6/PA66/PA12-LGF/LCF reinforced thermoplastic,the produce way is LFT-G  technique. PA resin filled long fiber material can improved resin/polymer's mechanical properties( Such as:high impact,high tensile,high fatigue resistance,low creep,light weight etc excellent performance). LFT PA-LGF material is one type of high performance reinforced engineering material. 

Product Application-Solution Share-Applying to skiing car part to reduce weight by replace metal.

As one of the ski sports tools, the use of ski car more and more popular, ski car will face a variety of complex snow road conditions, uneven surface and different height and weight of the use of the crowd. Moreover, the ski car in the use of bumps and vibrations, constant collision friction, noise, long time use of fatigue and so on, are ski car load-bearing parts to face the problem and challenge.

Application areas for short glass fibre reinforced thermoplastic composites: automotive engine peripherals, interior and exterior trim parts; injection moulded parts for brackets, seat structures and centre consoles, etc.

Application areas for long glass fibre reinforced thermoplastic(LFT) composites: bumpers, instrument panels, battery trays, front-end components, control boxes, rear door flaps, noise barriers, chassis covers, spare tyre compartments, seat support panels, etc.

LFT-G technique

Compared to conventional short glass fibre reinforced thermoplastic composites, LFT technology with its special screw, die and cutter design and infiltrant formulation can yield a live sheet of 12mm or more pellets with a fibre length comparable to the pellet length, allowing the glass fibre to have a longer glass fibre length in the final product.

With normal short fibre reinforcement, after the three processes of screw, injection port and flow in the mould cavity, the fibre length drops so much that the average fibre length in the final product is already less than 1mm, and therefore the help to the mechanical properties of the product is very limited. LFT technology, on the other hand, whether moulded or injection moulded, the average length of glass fibres within the final test product is still no less than 6mm, which greatly improves the mechanical properties of the product and therefore provides better impact and creep resistance and superior thermal resistance compared to staple fibre reinforced structural parts.