Antistatic Electrically Conductive Compound: Safety and Interference Control
Svantek, a leading company in the production of noise and vibration meters, has successfully decided to adopt LATIOHM electrically conductive compounds for the casing of its new professional dosimeter SV 104 IS.
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.
Thermoplastic Compound for Hydraulic Pumps: Lightness, Strength, and Sustainability for Sector Innovation
Moving water of all types, wherever needed and in any quantity but without using electrical power.
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.
Metal and Polyamide 6 Replacement – New LATI Reference Grade
Eliminating metal from many ambitious projects has long been an established necessity across all industrial sectors.
Replacing Thermosets with High-Performance Thermoplastics: Technical Guide
The advantages that typically motivate the adoption of thermoset resins for parts and products manufacturing are certainly interesting
Metal Replacement with Thermoplastic Compounds: Context and Opportunities
Metal replacement is a key concept in many new industrial applications that must address future challenges imposed by an increasingly demanding global market.
Colorable Antistatic Compound for ATEX Applications: Safety and Aesthetics in Technical Materials
Safety in the presence of explosive atmospheres has been regulated for years by European ATEX directives, which identify, among many parameters, the maximum limit of surface electrical resistivity
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.
Self-lubricating Compound for Industrial Automation
Lowering the coefficient of friction and increasing wear resistance as much as possible: these are the goals set for Saroplast to replace sintered metal in a highly critical application in the automation sector.
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