fits year: 2028.

( Brand: Mil-spec ), ( Manufacturer Part Number: HLT395DU-8ADW ), ( Part Type: Pin )
The 5320-01-365-4954 Rivet Collars are a crucial component in various aircraft assemblies, adhering to the stringent Mil-Spec (Military Specification) standards. This set includes 25 pieces of these collars, each meticulously designed for optimum performance and durability.
These collars are specifically engineered for use with 28-pin rivets, ensuring a secure and robust bond between the rivet head and the surrounding material. The collars are crafted from high-strength, corrosion-resistant material, which makes them suitable for use in harsh environmental conditions commonly found in aircraft applications.
The 5320-01-365-4954 Rivet Collars comply with the HLT395DU-8ADW specification, ensuring they meet the strict requirements for aircraft applications. Their precise dimensions and tolerances guarantee reliable function and longevity, even under the extreme loads and stresses encountered in flight.
In summary, these Mil-Spec Rivet Collars are a vital element in maintaining the structural integrity of aircraft, offering exceptional strength, corrosion resistance, and conformity with rigorous quality standards. With their 28-pin compatibility and compatibility with 28-pin rivets, they provide a dependable solution for secure fastening in various aircraft components.
Pros of buying 5320-01-365-4954 Rivet 25pcs Collars (Mil-Spec Aircraft 28 pin HLT395DU-8ADW):1. Mil-Spec Compliance: These rivets adhere to the MIL-STD-884D specifications, ensuring they meet the rigorous quality and performance standards required for military and aerospace applications.
2. Durability: Made of high-quality aluminum alloy, these rivets are known for their strength and resistance to corrosion, making them suitable for long-term use in challenging environments.
3. Versatility: The 28-pin design allows these rivets to be used in various applications, including electrical and mechanical connections in aircraft, defense systems, and other industries.
4. Cost-effective: Buying in bulk saves you money per unit, making this 25-pack a budget-friendly choice for projects requiring multiple rivets.
Cons of buying 5320-01-365-4954 Rivet 25pcs Collars (Mil-Spec Aircraft 28 pin HLT395DU-8ADW):1. Limited Availability: Due to their specialized nature, these Mil-Spec rivets may not be readily available at local hardware stores, requiring online purchases or special orders.
2. Requires Specific Tools: These rivets need a specific tool, a solid-headed riveter, to install properly, which may add to the overall cost and complexity of the project.
3. Sensitive Handling: The aluminum alloy used in these rivets is relatively soft compared to other materials, requiring careful handling to avoid deformation or damage during installation.
Ending Conclusion:The 5320-01-365-4954 Rivet 25pcs Collars (Mil-Spec Aircraft 28 pin HLT395DU-8ADW) offer excellent durability, versatility, and value for projects requiring MIL-STD-884D compliant fasteners. Despite the limitations in availability and the need for specialized tools, the benefits of using Mil-Spec rivets in critical applications often outweigh these drawbacks. We recommend considering this product if your project requires Mil-Spec compliance and high-performance fasteners.
A inches maximum ABA collar outside diameter inches ABC collar inside diameter inches maximum AF thread direction right hand Akkad thread class 3b medical material document and classification ATM a582 assn std 1st material response washer or AM's 5640 assn std 2nd material response washer feat Special features material, nut steel, comp 303se, per AM's 5643 or AM's 5528 or AM's 5520 CBC collar threaded break off type JX nominal thread size inches minimum and. Technical characteristics ills 4954 Thad thread series designate inf camp thread quantity per inch 28 bbl features provided washer ABA lubrication solid film ABA collar overall height .
2920 inches nominal matt material steel comp 630 washer or steel comp 631 washer or steel comp 632 washer inches minimum and 0.