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.
Flame-retardant Compound for Metal Replacement: Mechanical Performance and Safety
LATAMID 66 H2 G/50-V0HF1: LATI’s proposal dedicated to replacing metal and thermosets in structural applications where flame retardancy is also required.
Transparent Compound for Light Conduction: the LASTILUX Innovation
LASTILUX is the name LATI has chosen for a new family of thermoplastic materials dedicated to light transport. Two different types of these compounds have been developed.
Metal detector and X-ray detectable compound: total safety and control
LATI’s experience in metal detector detectability stems from intensive fine-tuning activities for compounds with pronounced paramagnetic and ferromagnetic behavior.
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.
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.
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.
Self-lubricating Compound for Marine Applications
Applications intended for the marine sector are among those subjected to the most severe stress from a mechanical, thermal and environmental point of view.
Thermoplastic Structural Components and Design: a Winning Combination in Furniture Solutions
The gap between technopolymers and metals is narrowing as market demands drive the need for alternative materials
Latigloss and Kelon: Structural and Aesthetic Technopolymers for the Furniture Sector
For over 60 years, Serrature Meroni, a well-known Italian company with a strong presence abroad, has been producing mechanical and electronic locks and locking systems for applications in various sectors such as furniture and doors
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.
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