5466-258
May 26, 2026

5466-258

Model 5466‑258 is a standard high‑precision industrial mechanical fitting. Produced from high‑strength carbon steel and alloy steel through precision machining, it features stable structure, high dimensional accuracy, excellent wear resistance and corrosion resistance. It is widely used for connection, fastening and positioning in mechanical assembly, automation equipment, engineering machinery and instrument systems.

Description

1. Product Brief

Model 5466‑258 is a standard high‑precision industrial mechanical fitting. Produced from high‑strength carbon steel and alloy steel through precision machining, it features stable structure, high dimensional accuracy, excellent wear resistance and corrosion resistance. It is widely used for connection, fastening and positioning in mechanical assembly, automation equipment, engineering machinery and instrument systems.

2. Product Details

Core Features

  • Precise dimensional tolerance ensures reliable matching with mating components

  • High‑strength material provides stable load‑bearing and impact‑resistant performance

  • Professional surface treatment realizes long‑term anti‑rust, anti‑wear and anti‑corrosion effects

  • Compact and practical structure, easy for installation, disassembly and maintenance

  • Strict quality inspection guarantees consistent batch‑to‑batch performance

Application Scope

Suitable for machinery manufacturing, automated production lines, pipeline fittings, electronic equipment and general‑purpose industrial assemblies.

3. Specifications & Parameters

  • Model No.: 5466‑258

  • Product Type: Standard precision industrial mechanical fitting

  • Material: High‑quality carbon steel / alloy steel

  • Surface Treatment: Anti‑corrosive, wear‑resistant & rust‑proof finish

  • Working Temperature: -20℃ ~ +85℃

  • Machining Precision: International standard industrial tolerance

  • Working Environment: Normal humidity, non‑strong corrosive industrial environment

  • Installation Method: Bolt‑fixed assembly


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