Acid-resistant rod SPP-280STC, dimension 280x4.5mm, color white /100pcs/

Specialized mounting in harsh conditions

The SPP-280STC cable tie is designed to operate in environments exposed to chemicals. Its acid resistance makes it indispensable in industrial installations, laboratories, refineries, as well as in industries such as food processing, chemical, and marine. This is a solution for installers and users who need confidence that cable mounting will withstand contact with aggressive cleaning agents and other chemicals.

Durability and safety

Made of polypropylene, this cable tie with dimensions of 280x4.5mm is characterized by high corrosion resistance. This is particularly important in applications where standard cable ties could be damaged and fail. Additionally, the material is halogen-free, which increases safety and minimizes the risk of toxic gas formation in the event of a fire. This meets the fire protection requirements in many industrial facilities.

Applications and benefits

SPP-280STC cable ties are widely used in:

• Chemical and petrochemical industry: securing cables in installations exposed to contact with acids, bases and other corrosive substances.
• Food industry: mounting cables in dairies, breweries, meat processing plants – everywhere where strong disinfectants are used.
• Laboratories: securing wiring in a laboratory environment where the risk of contact with chemicals is high.
• Marine industry: resistance to the action of salt water and chemicals present on ships and drilling platforms.
• Industrial installations: all kinds of applications requiring reliable cable mounting in difficult environmental conditions.

Choosing the SPP-280STC Trytytka gives you:

• Long-lasting protection: acid-resistant material provides resistance to corrosion and damage.
• Safety: the absence of halogen minimizes the risk of toxic gas formation during a fire.
• Versatility: a wide range of applications in various industries.
• Reliability: a solid construction guarantees secure cable mounting even in extreme conditions.