A93014620 COMPAIR 6KT-SCHRAUBE ISO4017 M 6 x 25 8.

A93014620 Compair 6Kt-Schraube Iso4017 M 6 X 25 8.

Discover the high-quality A93014620 spare part, designed specifically for use in COMPAIR screw compressors. This reliable component, ISO4017 M6 x 25, is a 6KT-SCHRAUBE, perfect for ensuring optimal performance and durability in your machinery. As a metric screw 8, it fits seamlessly into your compressor, providing a secure and efficient connection. Whether you're conducting routine maintenance or replacing a worn-out part, this spare part offers compatibility and ease of installation. Enhance the functionality of your compressor with this essential component, crafted to meet industry standards and deliver long-lasting results.

Features

• High Tensile Strength
  • The ISO4017 M 6 x 25 8 grade screw is designed to withstand significant amounts of stress, making it ideal for use in high-pressure compressor environments.
  • This ensures reliability and longevity, reducing the need for frequent replacements and maintenance.
• Corrosion Resistance
  • The material composition of this screw provides excellent resistance to corrosion, which is crucial for components exposed to varying temperatures and humidity levels.
  • This feature helps maintain the integrity of the compressor over time, ensuring consistent performance.
• Precision Engineering
  • Manufactured according to ISO standards, this screw ensures precise fit and alignment within the compressor assembly.
  • Precision engineering minimizes the risk of mechanical failures and enhances overall efficiency.
• Versatile Application
  • The screw's design allows it to be used in various compressor models, providing flexibility in application.
  • This versatility helps streamline inventory management for maintenance teams.
• Cost-Effectiveness
  • Due to its durability and reduced maintenance requirements, the screw offers a cost-effective solution for compressor operations.
  • Long-term savings are realized through decreased downtime and improved operational efficiency.