Product Description
VEICHU VCN122 Ball Lock Safety Pin with
Horn-Shaped Handle Product Introduction
Product Overview
The VEICHU VCN122 Ball Lock Safety Pin is an industrial-grade locking pin designed for high-security applications. Crafted entirely from stainless steel, its core locking ball is made of SUS440C stainless steel, while the unique horn-shaped handle prevents accidental operation. Available in both metric (MM) and imperial (INCH) sizes, this product meets global industrial equipment standards and is ideal for mechanical locking and safety protection in demanding environments.
Core Features
High-Strength Material
SUS440C Locking Ball: SUS440C is a high-carbon, high-chromium martensitic stainless steel with post-quenching hardness up to HRC 58-60, offering exceptional wear resistance, corrosion resistance, and durability in high-stress scenarios (e.g., frequent insertion/extraction or vibration-prone environments).
Full Stainless Steel Construction: The rust-resistant body, combined with a polished surface finish, ensures longevity and aesthetics even in humid, acidic, or alkaline conditions.
Anti-Mishandling Design
Horn-Shaped Handle: Ergonomically designed to increase grip contact area, requiring specific force angles to unlock, thereby minimizing accidental release risks.
Ball Lock Mechanism: Equipped with a built-in spring and precision steel balls, the pin maintains secure locking stability even in high-vibration environments.
Dual-Size Compatibility
Supports both metric and imperial standards, accommodating diverse equipment interfaces for global applications.
Safety Certification
Passes industrial durability tests and complies with machinery safety standards (e.g., ISO 13857), ensuring reliability for high-precision equipment protection.
Applications and Advantages
1. Industrial Machinery
Scenarios: Safety door locks for CNC machines, automated production lines, printing equipment, and motion axis fixation.
Advantages: High-hardness locking ball withstands frequent use; anti-mishandling design reduces downtime risks.
2. Automotive & Aerospace
Scenarios: Engine maintenance locks, temporary fixation of aircraft components.
Advantages: Heat and corrosion resistance for extreme environments, safeguarding critical parts.
3. Medical Equipment
Scenarios: Surgical instrument fixation, medical bed locking.
Advantages: SUS440C material meets medical-grade hygiene requirements; non-magnetic design avoids interference with sensitive instruments.
4. Energy & Heavy Machinery
Scenarios: Wind turbine maintenance, mining machinery safety devices.
Advantages: Full stainless steel construction resists weathering in outdoor, high-dust, and high-humidity environments.
