Safer Food Conveyor Belts Thanks to Detectable Compounds
Metal detectable technical polymers for food processing: traceability and safety become standard in food contact plastic materials. The GANAL case study.
Webinar – Metal Replacement: Polymeric Solutions for Structural and Thermal Applications
Hairstyling and High Temperatures: Material Technology in the BabylissPRO Straightener
High Temperature, Zero Noise: the New Standard in Professional Hair Dryers
Lead-free Brass and Structural Compounds: Innovative Materials for a Safer Future
European regulations and growing public health concerns are accelerating the elimination of leaded brass, driving the industry toward alternative and innovative materials such as ecological alloys and structural thermoplastic compounds.
CEJN Chooses LATI Detectable Compounds: Stop Contamination!
Discover why CEJN has selected LATI’s detectable thermoplastic materials for the production of the new 208 Detect blow gun
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
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.
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.
Self-extinguishing Materials for Electrical Energy Transport
The rapid development of high voltage and current applications requires new plastic materials resistant to operating conditions.
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