Thermally Conductive Thermoplastic Compound: Efficiency and Design in LED Heat Sinks
Whitecroft Lighting chooses LATI’s thermally conductive compounds for its heat sinks
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.
Thermoplastic Compounds for Automotive Thermal Management: Lightweight and High-Performance
The automotive sector has long been undergoing a massive change based on the introduction of hybrid and electric projects progressively replacing traditional internal combustion engines.
Thermally Conductive Compounds for LED and Extreme Chemical Applications: Progalvano’s Experience
The chemical industry is certainly a drastic testing ground even for the highest performance polymers. Among all chemical processes, those developed by galvanic technology are certainly to be included among the most demanding
Carbon Fiber Reinforced PEEK Compound: Extreme Performance for the Chemical Industry
The chemical industry is among the application sectors that have benefited most from the introduction of synthetic materials. Various polymers offer remarkable resistance to attack by acids, bases, solvents and hydrocarbons.
Thermally Conductive Compound for LED Lighting: the Artemide Ameluna Case
“A new frontier in design where light generates emotion and interaction.” This is how Artemide completes the presentation of Ameluna, the lamp designed in collaboration with Mercedes Benz’s style center.
Safety and Performance in Fuel Transport: SAROPLAST Chooses LATI’s LARAMID K/30
The automotive sector is certainly among those where high-performance thermoplastic compounds have experienced exponential growth in interest and applications in recent years.
Thermally Conductive Compound for LED: Efficiency and Lightness in COB Systems
The rapid evolution of LED lighting systems has led to the creation of increasingly powerful and efficient devices, suitable for replacing traditional sources, e.g., floodlights for public and industrial use
Thermally Conductive Compound for Breathalyzers: Safety and Precision in Dräger Devices
Dräger is a historic multinational company and global leader in the production of medical and safety technology.
Reinforced PPS for Precision Electronics: High Performance for Miniaturized Components
The requirements of the electronics and telecommunications field are becoming increasingly extreme with the advancement of technological development that characterizes this industrial sector.
EN45545 Flame-Retardant Compound: Requirements, Materials, and Railway Applications
Recent innovations in LATI S.p.A.’s flame-retardant thermoplastic compounds have captured the interest of designers working in the railway transport sector.
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