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.
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.
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.
Lightweight Thermoplastic Compound without Blowing Agent: the New Frontier of Structural Lightness
Lightness and robustness are two characteristics that rarely coexist. For injection molded applications with thermoplastic compounds, it is difficult to conceive structural realizations capable of offering specific weights below 1.4-1.6 g/cc.
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.
Biodegradable PLA-based Thermoplastic Compound: Sustainability and Performance for Eco-Friendly Products
The rapid evolution of sustainable and low environmental impact products certainly rewards those Companies that see “green” products as an important opportunity to share with the market
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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