The heat shrink tubing is a solution designed to protect electrical cables and components from high temperatures, thermal variations and demanding industrial environments. It ensures the durability, safety and performance of electrical systems, even in extreme conditions.
Used in the energy, data centre, electric automotive and rail sectors, it contributes to reduce the risks of thermal degradation and prolong the lifespan of installations.
At ADDEV Materials, we support manufacturers in the selection and integration of appropriate thermal protection solutions, with the support of recognised partners.
In industrial environments, heat shrink tubing allows for:
It is indispensable in high-thermal-stress environments.
Comparison:
Each solution addresses a specific constraint.
The thermal sheath is a technical sheath designed to protect cables from:
It is made from durable materials such as:
It represents a key solution for thermally constrained environments.
La heat gain is used in:
The choice depends on :
The choice depends on :
Critique de la performance.
As required:
To be adapted according to the application.
To consider:
Ensures durability.
To check:
Ensures compliance.
We work with partners recognised for their technical expertise:
Expertise in the protection of electrical systems
Technical support
Large portfolio of solutions
Performance-oriented approach
International presence
We help you improve the reliability and compliance of your systems.
Each application requires a specific solution.
Our experts can help you with :
Get a quote for a duct
Speak to an expert
Quick response – Dedicated technical support – Tailored solution
This is a sleeve designed to protect cables from heat.
Elle protège les câbles contre les températures élevées.
According to the temperature and environment.
The heat shrinkable tubing protects against heat, while the fire-retardant tubing protects against flames.
Yes, it is designed for industrial environments.
Silicone, fibreglass, high-performance polymers.
It depends on the material, often very high.
Analysing thermal and environmental constraints.