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AVAILABLE IN ALL SIZES ( 4MM-25MM ) Allen Key also called as Hex Key or Allen wrench, is a L shaped tool used to drive bolts and screws with hexagonal sockets in their heads. Allen key has long arm and short arm design offers extra reach on one end and extra leverage on the other.nut, in technology, fastening device consisting of a square or hexagonal block, usually of metal, with a hole in the centre having internal, or female, threads that fit on the male threads of an associated bolt or screw. A bolt or screw with a nut is widely used for fastening machine and structural components.
Country Of Origin : India
Allen Key Head Bolts, also widely recognized in the industry as Hex Key Bolts or Allen Wrench Bolts, represent a critical fastening solution in countless engineering and construction applications. These bolts are specifically designed for use with hexagonal socket heads and are manipulated using an Allen key, providing a reliable and efficient method of securing components.
Available in a comprehensive range of sizes from 4mm to 25mm, Allen Key Head Bolts offer exceptional versatility and functionality, making them suitable for a variety of contexts—from light machinery to heavy structural assemblies. The distinctive design of the Allen key, characterized by its long arm and short arm, enables users to achieve extra reach on one end and greater leverage on the other, facilitating ease of use and solid mechanical advantage.
High-quality Allen Key Head Bolts are typically manufactured from durable metals such as carbon steel, stainless steel, and alloy steel, ensuring their resilience and longevity under heavy-duty usage. The production process involves precision forging and threading, followed by rigorous heat treatments and surface finishing procedures such as black oxide coating, zinc plating, or galvanization. These processes ensure that the bolts maintain superior tensile strength, resistance to corrosion, and enduring usability even in harsh environmental conditions.
The hallmark of Allen Key Head Bolts lies in their hexagonal socket heads, which provide a secure grip and minimize slipping during installation and removal. This design is particularly beneficial for applications where space constraints make it challenging to use traditional spanners or wrenches. By delivering a smoother and more controlled tightening or loosening action, these bolts help in achieving accurate torque specifications and ensuring structural integrity.
Key Features: - Hexagonal socket head design prevents cam-out and provides a reliable grip. - L-shaped Allen key (hex key) offers leveraged force application for effective bolt manipulation. - Versatile size range (4mm to 25mm) accommodates a plethora of fastening requirements across various industries.
Allen Key Head Bolts are indispensable in myriad industrial, commercial, and DIY applications. Their robust and precise design renders them suitable for: - Machinery Assembly: Securing components in engines, motors, and automated systems. - Construction: Facilitating the construction of steel structures, beams, and frames. - Automotive: Ensuring the integrity of vehicle parts and assemblies. - Electronics: Fastening printed circuit boards, casings, and units. - Furniture: Utilized in assembling flat-pack furniture due to their easy installation.
Available Specs for Allen Key Head Bolts:
| Size (mm) | Length (mm) | Material | Finish | Thread Type | Strength Grade | |-----------|--------------|-------------------|--------------------|-------------|----------------| | 4 | 10-100 | Stainless Steel | Zinc Plated | Metric | 12.9 | | 5 | 10-150 | Carbon Steel | Black Oxide Coating| Metric | 8.8 | | 6 | 15-200 | Alloy Steel | Galvanized | Metric | 10.9 | | ... | ... | ... | ... | ... | ... | | 25 | 50-300 | Stainless Steel | Zinc Plated | Metric | 8.8 |
(Ellipsis denotes other intermediate sizes available with similar customizable features.)
To achieve the best results using Allen Key Head Bolts: 1. Selection of Correct Size: Ensure that the bolt size and thread type match the requirements of the application. 2. Proper Allen Key: Use the appropriate size of an Allen key to avoid damaging the hex socket. 3. Controlled Torque Application: Follow recommended torque specifications to prevent over-tightening or under-tightening, ensuring optimal fastening strength. 4. Surface Preparation: Clean and
