Ottobock Chooses LATI to Enhance its Orthopedic Solutions
Webinar – Metal Replacement: Polymeric Solutions for Structural and Thermal Applications
Goodbye metals? When plastic does more
Replacing metals in technical applications? Here’s how to do it with thermoplastic compounds
LATIGLOSS 62 H2 GS/600: when Aesthetics, Strength, and Precision Coexist in the Same Compound
Webinar – PTFE-free Materials for Self-Lubrication
Overcome PTFE limitations! Discover sustainable and advanced self-lubricating materials with LATI.
Self-lubricating Plastic Compounds and PFAS: Let’s Take Stock
PTFE is a polymer known for its very low coefficient of friction, a characteristic exploited in compounds loaded with PTFE powders dispersed in the thermoplastic matrix.
Askoll, Innovators by Nature
In a world increasingly focused on sustainability, companies are adopting strategies aimed at reducing resource consumption and minimizing the environmental impact of their products.
Webinar – Self-lubricating Compounds and PFAS. Let’s Take Stock
The extreme and widespread diffusion of self-lubricating plastic materials is due to the performance of these products, refined over the years thanks to the development of increasingly efficient formulas.
Robiaplast chooses LATI’s LARAMID T aromatic polyamides for its steam guns
Discover in the article how the collaboration with the LATI team led Robiaplast to identify the perfect material for its steam guns: glass fiber reinforced aromatic polyamides.
Self-lubricating Compound without PTFE: Innovation for Industrial Applications
The development of new special compounds has not experienced any setbacks, and many innovative formulations have been introduced into the LATI product range.
Webinar – Friction and Wear in Plastic Compounds
How to correctly select self-lubricating compounds for our project?
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