Unex thermoplastic insulation cable systems retain impact resistance between â20 °C and â70 °C. Conforming to EN 61537, they undergo extensive long-term testing in cold-climate conditions. Deployments in the food industry demonstrate maintained structural integrity under continuous subzero exposure. Electrical contractors achieve reduced maintenance needs, reliable project execution, and asset protection. These solutions provide consistent performance in winter environments, delivering proven robustness, safety assurance, and investment security in cold installations.
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Unex Thermoplastics Maintain Mechanical Integrity Under Extreme Temperature Fluctuations
Unex utilizes custom thermoplastic formulations that maintain mechanical integrity and impact resistance in extreme temperatures. Its insulating cable tray 66 and cable ladder 67 products have endured rigorous lab and field tests, including installations surpassing forty years of continuous service. This proven durability ensures electrical systems retain structural strength, allowing contractors to optimize safety, reduce maintenance costs, achieve reliable performance across fluctuating environmental conditions, and protect investment value over time.
Unex Cables Display 20 J Impact Resistance -20 °C
Under EN 61537, Unex subjected its 66 cable tray and 67 cable ladder to impact resistance testing at the minimum temperature of -20 °C. All cable support solutions with a width of at least 150 millimeters achieved 20 Joules of impact resistance. These industry-leading metrics exceed conventional polymer systems, reducing the risk of brittle fractures and ensuring fully safe, uninterrupted operation of electrical installations in harsh, extreme cold environments.
Unex Cable Trough 66 Maintains 20J Impact At -70°C
In cold storage applications such as meat processing plants, ultra-rapid freezing in tunnels reaching -70 °C demands robust solutions. Unex cable tray 66 demonstrates proven performance under these extreme conditions. Evaluated in a Catalan food production facility, it sustained a 20-joule impact resistance at -70 °C across all widths from 150 mm. This adaptability ensures uninterrupted operation and confirms compliance with stringent requirements, offering reliable support for critical food operations.
Unex Cable Ladder 67 Withstands Minus 50°C Impact Tests
In extreme scenarios, Unex tested its insulating cable ladder 67, made from U23X and U48X thermoplastics, under impact tests at -50 °C. Results ranged between 10 and 20 Joules, depending on ladder dimensions. These consistently high impact resistance values at ultralow temperatures emphasize the effective formulation of these materials. Installers can trust that these cable management systems will preserve structural integrity and dependable performance even under harsh, challenging freezing conditions.
Unex Leads Electrical Installations Market with Six Decades Expertise
With sixty years of industry expertise, Unex has established itself as a leading provider of electrical installation solutions designed for the harshest environments. By investing continuously in advanced material research and engaging with international standard bodies, the company formulates guidelines that surpass traditional requirements. Installers benefit from Unexs innovative product portfolio, offering long-term operational reliability, enhanced safety margins, durability, and superior energy efficiency, ensuring consistent performance under extreme low-temperature conditions.
Unex Cable Trays Withstand -20°C To -70°C Harsh Conditions
Unex insulating cable trays and ladders deliver exceptional impact resistance from -20 to -70 °C, using advanced thermoplastics tested to EN 61537 standards. Proven through decades of laboratory and field trials, these systems maintain structural integrity even in severe cold. Their deployment in freezing tunnels and high-demand installations highlights dependable performance. Electrical installers achieve enhanced safety, maintenance and long-term cost efficiencies, ensuring reliable protection of infrastructure investments in the extreme environmental conditions.
