CEJN Chooses LATI Detectable Compounds: Stop Contamination!
Discover why CEJN has selected LATI’s detectable thermoplastic materials for the production of the new 208 Detect blow gun
Reliable Detectable Plastic Materials for Demanding Food Production Environments
In the highly regulated and demanding food sector, safety, durability, and hygiene are essential
Askoll, Innovators by Nature
In a world increasingly focused on sustainability, companies are adopting strategies aimed at reducing resource consumption and minimizing the environmental impact of their products.
LATI Materials for Photovoltaic Systems: Self-Lubricating Compounds for Maximum Efficiency
GGB chooses LATI self-lubricating compound for its bushings used to equip solar tracker control elements.
Detectable Compound for Food Industry: Safety and Contamination Prevention
A food product recall from the market can have very serious consequences for the manufacturer and the supply chain involved. The sale of contaminated food severely damages the image and reputation of an entire sector
Self-lubricating Compound for Electrical Switches: Performance, Reliability, and Reduced Maintenance
Innovating by optimizing interactions between humans, machines, and the environment. This principle has always inspired the designers at Schneider Electric, a multinational leader in the field of electrical energy management.
Self-lubricating Compound for PPE: Efficiency and Comfort in ENHA Protection Systems
Maximum attention to protection and wearability is indeed the credo of ENHA, a leading German company in the production of protection systems for head, face, hearing, and respiratory apparatus.
Self-lubricating Compound for Bushings: Efficiency, Durability, and Quietness in Mechanical Systems
A major forklift manufacturer has designed an innovative steering system where the steering column can be moved 30°, facilitating the operator’s entry and exit from the driver’s cabin.
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.
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