Pointed Hexagon Washer Screws for Durable Mounting and Connection

• Customization: Available
• Material: Stainless Steel
• Type: Hexagon Head
• Model NO.: 1-1
• Groove: Hexagon
• Connection: Common Bolt
• Head Style: Hexagonal
• Standard: DIN
• Grade: 4.8
• Thread Type: Full Thread
• Whether to Support Customization: Support
• Use: Fastening Connection
• Applicable Industries: Construction, Manufacturing, etc.
• Transport Package: Container
• Specification: 1-30
• Trademark: Huilin
• Origin: Handan, Hebei
• HS Code: 0101101010
• Production Capacity: 50000

Product Description

The Hexagonal Huasi Pointed Cutting Tail Screw offers a seamless blend of swift installation and unwavering fastening reliability. Delve into its exceptional core design features, remarkable performance advantages, and diverse application scenarios:

1. Structural Features:

1. Hexagonal Head Design:

Tool Adaptability: With a standard hexagonal head, this screw integrates effortlessly with both wrenches and power tools, ensuring consistent torque transmission. This prevents slippage during installation, enhancing operational precision and efficiency.

Mechanical Stability: The hexagonal configuration effectively disperses stress, significantly bolstering torsional performance. Ideal for high-strength fastening needs, it elevates connection reliability to new heights.

2. Huasi (Spring Washer) Integration:

Dynamic Anti-Loosening: Huasi's clever use of elastic deformation counters looseness from vibration or impact, making it perfect for dynamic load environments where connection stability is paramount.

Material Compatibility: Crafted typically from high-strength stainless or carbon steel, it features surface galvanization or Dacromet treatment to enhance corrosion resistance, ensuring a prolonged service life.

3. Sharp Cut Tail (Drill Tail) Design:

• Self-Tapping and Self-Drilling Function: Featuring a drill point or Fried Dough Twists tail, it can effortlessly penetrate metal plates (≤ 6mm), wood, plastic, and more, eliminating the need for pre-drilling and simplifying the construction process.

• High Bite Force Thread: Crafted for self-tapping, the thread design swiftly cuts into materials, forming a robust mechanical bite that enhances connection strength, especially in thin plate connections.

2. Performance Advantages:

1. Improvement of Construction Efficiency:

Single Process Installation: With integrated drilling, tapping, and locking functions, this screw boosts productivity by over 50% compared to traditional bolts, making it ideal for extensive projects.

Tool Compatibility: Whether used with manual or electric tools, it reduces operator skill requirements, improving construction flexibility.

2. Enhanced Connection Stability:

Multi-Level Anti-Loosening System: The synergy of hexagonal head torque control, Huasi elastic compensation, and drilling tail thread engagement creates a triple anti-loosening mechanism, surpassing ordinary screws in anti-vibration performance.

High Load-Bearing Capacity: Engineered for medium to high-strength load scenarios, such as steel structure connections and mechanical assembly, ensuring connections that are both safe and reliable.

3. Environmental Adaptability:

Corrosion Resistance: Constructed from stainless steel (like 304 or 316) or galvanized carbon steel, it thrives in harsh environments like humidity and salt spray.

Wear Resistance: The fusion of high-strength materials with advanced surface treatments amplifies wear resistance, extending the product's life span.

3. Typical Application Scenarios:

1. Building Steel Hook:

2. Manufacturing of Mechanical Equipment:

3. Cars and Transportation Vehicles:

4. Electronics and Home Appliances Industry:

Four Selection Criteria:

Material Thickness: Ideal for single-layer metal plates up to 6mm thick. Beyond this, pre-drilling is necessary to ensure optimal performance.

• Load Type: For dynamic load scenarios (like vibrating equipment), opt for stainless steel+Huasi structure. Carbon steel galvanized versions are suitable for static load scenarios.