LATI Obtains OCS Certification: the Value of those who Prevent Pellet Loss Every Day
Hairstyling and High Temperatures: Material Technology in the BabylissPRO Straightener
High Temperature, Zero Noise: the New Standard in Professional Hair Dryers
Training, KPIs, and Audits to Integrate Certifications into Business Processes
LATI Obtains ISO 50001 Certification: a New Milestone for Energy Sustainability
LATI has reached an important milestone: obtaining the ISO 50001:2018 certification, the international standard for energy management.
EcoVadis 2024: LATI Awarded Platinum Medal for Sustainability
We are proud to announce that for the fourth consecutive year, LATI has received the EcoVadis recognition, obtaining the platinum medal for sustainability.
LATI Obtains IATF 16949:2016 Certification
We are pleased to announce that we have recently obtained the prestigious IATF 16949:2016 certification, reinforcing our commitment to quality excellence and opening new opportunities in the automotive sector.
EcoVadis 2023: Gold Medal and Score Increase for LATI
LATI Industria Termoplastici S.p.a. celebrates its third consecutive year of success with the prestigious gold medal from EcoVadis, demonstrating its ongoing commitment to sustainability and Corporate Social Responsibility (CSR)
LATI Expands the LARAMID Range: Introducing Pa9t, the High-Performance Polyamide
To meet the increasingly ambitious challenges of industrial design, LATI expands the LARAMID family by introducing a new polymer with great versatility, PA9T.
ODE Technopolymer Solenoid Valves for Vending&OCS
ODE | Solenoid Valves chose LATI’s LARTON G/40, a PPS-based compound with glass fiber, to reduce lead in brass products.
LATI High-Temperature Compounds: SCAME Contact Holders
In high-temperature applications, high-performance materials must be preferred, such as LATI’s LARAMID G/30-V0HF1, based on aromatic polyamide. Read the SCAME case study!
PPS Compound for Condensing Boilers: High Performance and Thermal Stability
PPS is one of the highest-performing technical polymers for industrial use. Capable of offering exceptional chemical inertness and temperature resistance above 200°C continuously, PPS lends itself to the role of matrix for engineering compounds
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