Hex Head Waterproof Sealing Screw
Introduction to Hex Head Waterproof Sealing Screw
1. Product Features
The Hex Head Waterproof Sealing Screw is a fastener specifically designed for high-humidity and outdoor environments, featuring the following characteristics:
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Strong Waterproof Performance: Equipped with rubber or silicone sealing rings at the screw head or thread, effectively preventing the ingress of moisture.
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Wide Temperature Range: Suitable for use in temperatures ranging from -50°C to 125°C.
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Corrosion Resistance: Made from corrosion-resistant materials such as stainless steel, ideal for use in humid and saline environments.
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Anti-loosening Design: Complies with the anti-loosening torque standards of IFI524, ensuring secure fastening in vibrating conditions.
2. Applications
Hex Head Waterproof Sealing Screws are widely used in the following scenarios:
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Outdoor Public Facilities: Such as streetlights, park fitness equipment, etc.
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Water-related Electrical Devices: Such as diving equipment, dishwashers, charging stations, etc.
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Electronic Devices: Used to protect sensitive electronic and inductive components.
3. Specifications
The specifications of Hex Head Waterproof Sealing Screws are typically defined by thread diameter and bolt length. Common specifications include:
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Thread Diameter: From M3 to M64.
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Bolt Length: Ranging from a few millimeters to several tens of centimeters.
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Materials: Commonly used materials include stainless steel grades 304 and 316.
4. Standards and Selection
The design and manufacturing of Hex Head Waterproof Sealing Screws comply with the national standard GB/T 5783. If customized products are required, suitable materials, thread specifications, and lengths can be selected based on specific needs.
Summary
The Hex Head Waterproof Sealing Screw is an ideal fastener for outdoor and high-humidity environments. It offers advantages such as waterproofing, anti-loosening, and corrosion resistance, and is widely used in various devices and facilities. If you have specific requirements, you can choose the appropriate specifications based on the application scenario.