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.
Radiopaque Filament for 3d Printing
3D printing as an industrial production tool is becoming a reality thanks to the rapid evolution affecting not only hardware equipment and control software, but also the resins used for filament extrusion.
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.
PPS Compound for Food Contact: Performance and Safety in Fluidic Devices
LATI observes with great interest the evolution of sectors related to the food field, from vending to coffee machines, from drinking water transport to food processing.
Recyclable Flame-Retardant Compound: Sustainability and UL-certified Performance
Reducing the impact on the environment and human health: a cross-cutting and fundamental issue for products and processes across the entire industrial world
Thermally Conductive Electrically Insulating Compound: the Balance between Performance and Safety
It is known that the highest-performing thermally conductive compounds are obtained by combining large quantities of selected graphite with the thermoplastic matrix.
LATI HM: the Lightness of Polymers Meets the Rigidity of Metals
Lightness, robustness, and rigidity are of fundamental importance for any mechanism, especially if integrated into a device that operates at very high speeds and requires great precision.
Electroconductive Filament for 3d Printing: New Frontiers for Prototyping and Functionality
LATI has recently decided to invest its expertise in technical thermoplastic compounds in the world of 3D printing, a sector experiencing exponential growth with a future still in complete evolution.
Thermally Conductive Flame-Retardant Compound for LED: Performance and Safety for Advanced Lighting
The rapid adoption of LED lighting systems has been facilitated by the ability to produce lamp housings using thermally conductive technopolymers, materials whose processing flexibility enables the molding of versatile products.
Thermally Conductive Compound for Automotive Applications: Performance and Lightweight Solutions under the Hood
Weight reduction is a primary necessity in automotive and transportation in general.
High-Performance Thermally Conductive Compound: Guide to Advantages and Myths
Nearly ten years after their market introduction, the commercial success of thermoplastic compounds with improved thermal conductivity can be considered consolidated.
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