Festive Deal Eje Cuadrado 1350 - M24x2 - Ls08-ejc-018 Instant 55% Discount [Ie9J6EGv]

High-Performance Eje Cuadrado 1350 - M24x2 - LS08-EJC-018

The Eje Cuadrado 1350 - M24x2 - LS08-EJC-018 is a top-tier product designed for industrial and mechanical applications. This sturdy eje cuadrado features a robust square profile, measuring 26x26 mm, providing exceptional strength and durability. Its impressive length of 1350 mm ensures it meets the demands of heavy-duty applications. With a filete size of M24x2, this eje cuadrado offers precise and secure connections. Here's what sets it apart:

• High Strength: The square profile design enhances load-bearing capacity.
• Robust Construction: Ideal for heavy-duty industrial applications.
• Accurate Fit: M24x2 filete size ensures secure and reliable connections.

Technical Specifications and Benefits

The Eje Cuadrado 1350 - M24x2 - LS08-EJC-018 is built to deliver exceptional performance. It weighs 7,200 kg, indicating its robust and durable construction. Here are some of its key technical specifications and benefits:

• Weight: 7,200 kg - Demonstrates its strength and stability.
• Filete Size: M24x2 - Ensures accurate fitting and secure connections.
• Length: 1350 mm - Offers ample length for various applications.
• Eje Cuadrado Size: 26x26 mm - Provides robust support and durability.

Practical Applications and Target Audience

The Eje Cuadrado 1350 - M24x2 - LS08-EJC-018 is an ideal solution for a wide range of applications, including construction, automotive, and industrial machinery. Its high strength and durability make it perfect for scenarios where reliability is paramount. Here are some practical uses and benefits for the target audience:

• Construction Industry: Ideal for supporting heavy loads in construction projects.
• Automotive Sector: Enhances structural integrity in vehicles and machinery.
• Industrial Machinery: Ensures robustness and longevity in industrial applications.

Upgrade your projects with the Eje Cuadrado 1350 - M24x2 - LS08-EJC-018, and experience the difference in performance and reliability.