SKINTOP GMP-GL-M nut 20x1,5 RAL7001 SGY 53119020

SKINTOP GMP-GL-M nut is an element used to mount cable glands in threadless holes. Made of polyamide (PA) reinforced with fiberglass, it provides high strength and mechanical resistance. It is a key solution for installers who need a reliable fastening element, as well as for end-users who value the durability and safety of installations.

Features and application

The nut is designed to work with SKINTOP cable glands, offering a secure and stable connection. Its metric thread (M20x1,5) complies with EN 50262 standard, guaranteeing compatibility with a wide range of glands and enclosures. Fiberglass reinforcement increases resistance to mechanical damage and ensures long-term operation even in harsh conditions. Additionally, the absence of halogen in the material composition increases safety in case of fire.

Advantages and benefits

• Strength: Fiberglass reinforcement provides exceptional resistance to mechanical loads and vibrations. This translates to a longer service life of the nut and the entire installation.
• Safety: Halogen-free material minimizes the risk of toxic gas formation during a fire, which is important for protecting health and property.
• Versatility: Metric thread allows the nut to be used with various types of SKINTOP cable glands and enclosures with the appropriate thread.
• Temperature resistance: The nut retains its properties over a wide temperature range – from -40°C to +100°C (static) and from -20°C to +100°C (dynamic).
• Enclosure protection: The coating protects the enclosure from scratches and damage during assembly and operation.

Design and materials

The nut is made of high-quality polyamide (PA), which is characterized by good chemical and mechanical resistance. Fiberglass reinforcement further increases its strength and rigidity. RAL 7001 color (grey) provides an aesthetic appearance and good visibility in various lighting conditions. The surface finish is raw, meaning there are no additional protective coatings – the material itself provides adequate durability.