R&D Archivi - Page 3 of 6

New environmental certifications for LATI's LATIECO sustainable materials, made with recycled plastics and low environmental impact

R&D, Recycled based, SustainabilitybyadminOctober 18, 2022

Certified Sustainable Thermoplastic Compound: LATIECO and the New Frontiers of Sustainability in Technical Polymers

The journey of LATIECO compounds, LATI’s sustainable materials made from partially recycled base polymers, continues without hesitation.

New LATILUB self-lubricating compounds from LATI designed to reduce friction and wear in mechanical and industrial applications

R&D, Self-lubricating

R&D, Self-lubricatingbyadminAugust 2, 2022November 6, 2025

Self-lubricating Compound without PTFE: Innovation for Industrial Applications

The development of new special compounds has not experienced any setbacks, and many innovative formulations have been introduced into the LATI product range.

LATI LATIECO compounds made with recycled materials and formulated to ensure sustainability, performance, and consistent quality

R&D, Recycled based, Sustainability

R&D, Recycled based, SustainabilitybyadminApril 29, 2022

Recycled Thermoplastic Compounds: the LATIECO Range for Sustainable and Certified Plastics

LATI now offers the LATIECO range, a family of compounds inspired by the high standards of their product portfolio but manufactured using up to 100% chemically and mechanically recycled resins.

LATI LARAMID T compounds, high-performance technopolymer with excellent thermal, mechanical and chemical resistance

Automotive and transport, Electrical & Electronic, High temperatures, Industry, R&D, Structural

Automotive and transport, Electrical & Electronic, High temperatures, Industry, R&D, StructuralbyadminFebruary 23, 2022November 6, 2025

LATI Expands the LARAMID Range: Introducing Pa9t, the High-Performance Polyamide

To meet the increasingly ambitious challenges of industrial design, LATI expands the LARAMID family by introducing a new polymer with great versatility, PA9T.

LATI flame-retardant compounds designed for electric mobility applications, with high flame resistance and electrical insulation

Automotive and transport, Flame-retardant, R&D

Automotive and transport, Flame-retardant, R&DbyadminAugust 4, 2021November 6, 2025

Flame-retardant Compounds for Electric Mobility: Safety and Performance for the Future of Automotive

The advent of electric vehicles for public and private transport is now an established process.

LATI flame-retardant compounds designed to guarantee maximum safety and flame resistance even at reduced thicknesses of 0.4 mm

Flame-retardant, R&D

Flame-retardant, R&DbyadminJanuary 25, 2021November 6, 2025

Miniaturization and Safety: LATI Compounds Guarantee Performance Even at Reduced Thicknesses

Miniaturization is a technological and design operation common to many application areas in the electrical and electronic sector

LATAMID 12 AM H2 K/05 compound by LATI, reinforced polyamide with high mechanical properties and thermal stability for industrial components

3d Printing, R&D, Structural

3d Printing, R&D, StructuralbyadminDecember 9, 2020

Reinforced Technical Filament for 3d Printing: Structural Performance like Metal

Materials for 3D printing with FFF technology are rapidly evolving and becoming functional products, designed to give printed artifacts specific technical properties.

Flow meter for floor heating systems manufactured with LATI compounds resistant to pressure, heat and technical fluids

Construction and Building, High temperatures, Industry, R&D, Reinforced, Structural

Construction and Building, High temperatures, Industry, R&D, Reinforced, StructuralbyadminNovember 27, 2020

Resistant Transparent Compound for Flow Meters: Safety and Durability in Heating Systems

Radiant floor, wall and ceiling heating systems constitute one of the most important advances in improving living comfort combined with energy savings and environmental protection.

LATI's biobased compound LATIGEA B01 L/07 Grey 2865 made from renewable raw materials for technical and design applications

Bio based, R&D, Sustainability

Bio based, R&D, SustainabilitybyadminMarch 9, 2020November 6, 2025

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.

LATI materials developed to overcome the limitations of traditional PLA, offering greater mechanical resistance, thermal stability and durability in 3D printing

Bio based, R&D, Sustainability

Bio based, R&D, SustainabilitybyadminFebruary 12, 2020

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.

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