Reliable Detectable Plastic Materials for Demanding Food Production Environments
In the highly regulated and demanding food sector, safety, durability, and hygiene are essential
Webinar – PTFE-free Materials for Self-Lubrication
Overcome PTFE limitations! Discover sustainable and advanced self-lubricating materials with LATI.
Webinar – Recycle and Repair: Sustainability According to LATI
Discover advanced sustainability strategies for industry. How does Design for Recycling work? What is the repair economy? Recyclable materials and innovative technologies in the next LATI webinar
EFEN Chooses LATI: the Sustainable Solution for Fuse Holders and Switches up to 1000 A
Discover how LATI’s LATAMID and LATIECO compounds offer advanced performance and sustainability for durable and reliable industrial switches.
Vossloh Schwabe Chooses LATICONTHER for Street Lighting
The introduction of thermally conductive compounds in artificial LED lighting is now a reality that LATI has helped to build with over twenty years of field experience.
New LATIECO Compound Range: Fire-resistant Recycled Plastics
In a market increasingly focused on sustainability and efficiency of plastic materials, LATI strengthens its position by launching a new range of green and sustainable compounds with fire resistance.
Protect your Devices from Electromagnetic Interference with LATISHIELD
Are you looking for an effective solution to shield your devices from electromagnetic interference? Discover how LATISHIELD thermoplastic compounds can protect your circuits and ensure optimal performance.
Webinar – LATISHIELD: Advanced Plastic Solutions for Electromagnetic Shielding
Electromagnetic radiation produced by electrical machines and electronic circuits can cause serious interference in similar devices placed near the source.
The Chemical Resistance of Plastics
Plastics are indeed among the most resistant materials to chemical attack from liquids, gases, or simply adverse environmental conditions.
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.
The Phenomenon of Stress Cracking: Effects and Prevention
Stress cracking is a problem that is difficult to prevent and requires careful evaluation of the exposure scenarios to which our object may be subjected.
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