Hairstyling and High Temperatures: Material Technology in the BabylissPRO Straightener
High Temperature, Zero Noise: the New Standard in Professional Hair Dryers
Webinar – Sustainability and Circular Economy in Technical Thermoplastics
What do “sustainability,” “circular economy,” “recovery and recycling” mean?
Schneider Electric and LATI for Sustainability with Multifix BIO
From the shared commitment to sustainability, environmental protection and innovation of Schneider Electric and LATI comes the Multifix Bio line of flush-mount junction boxes.
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
Resistant Transparent Compound for Flow Meters: Safety and Durability in Heating Systems
Radiant floor, wall and ceiling heating systems constitute one of the most important advances in improving living comfort combined with energy savings and environmental protection.
PPS Compounds for Rotary Pumps: High Performance in Extreme Chemical and Thermal Environments
PPS-based compounds are among the most widely used when it is necessary to replace metal in chemically demanding environments, for example in case of permanent contact with hydrocarbons and solvents or in the presence of strong inorganic aggressives.
LATIGEA B01 L/07: 100% Renewable-Sourced Thermoplastic with Wood Fibers
LATIGEA B01 L/07 is a thermoplastic compound developed by LATI from 100% renewable sources, such as wood fibers. Biodegradable and recyclable, this material combines environmental sustainability, natural appearance, and good technical performance, making it ideal for eco-friendly consumer applications.
High-Performance PLA Compound for 3d Printing: beyond the Limits of Traditional PLA
PLA, along with ABS and PETg, is today one of the most widespread polymers for filaments intended for 3D printing thanks to its low cost and ease of use.
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