Uses for Rivets in Manufacturing and Industry(3d prototyping Phyllis)
- source:NEWRGY CNC Machining
Aerospace and Aviation
Rivets are extensively used in aircraft construction to join the frame and skin of the plane. Aircraft rivets are lightweight and strong to withstand immense stresses during flight. Common aircraft rivets are made of aluminum, titanium, or specialty alloys. Rivets create smooth outer surfaces for reduced drag. They also allow for reliability inspection since loose rivets are easy to spot. Other aviation uses include attaching insulation and interior furnishings in planes and helicopters.
Rivets provide high shear strength for joining automotive parts. Some common automotive applications include:
- Body panels - Rivets attach fenders, doors, hoods, and other exterior body panels to the frame. Using rivets allows some flex and shock absorption.
- Seating - The base and back of car seats are connected with rivets. This allows adjusting or folding of seats.
- Storage compartments - Glove boxes, consoles, and trunk lids rely on rivets for ease of opening and closing repeatedly.
- Decorative trim - Interior decorative covers and panels use rivets for simple attachment points.
Construction and Infrastructure
Rivets create strong joints for building and bridge construction. Steel rivets are commonly used to join:
- Structural steel I-beams
- Railing and safety barriers
- Crane and rigging systems
- Steel utility poles
- Drainage grates and manhole covers
- Steel trusses for bridges
Stainless steel or aluminum rivets provide corrosion resistance for coastal areas and marine environments. Traffic signage, cell towers, HVAC ducting, and mechanical piping also utilize rivets.
Rivets allow customization and part replacement in heavy machinery. Large equipment uses thousands of rivets to assemble:
- Crawler tracks on bulldozers and excavators
- Loader buckets and shovels
- Booms on cranes and diggers
- Conveyors and Rollers
- Chutes and hoppers
- Pressed machine frames
Having multiple rivets to connect parts makes repair easier. Individual rivets can be drilled out and replaced when something breaks. Facility signage and safety guarding can also be riveted on.
Electronics and Appliances
Rivets provide solid fastening in electronics where welding would damage circuits or heat sensitive components. Applications include:
- Securing cases and covers
- Attaching brackets and handles
- Anchoring circuit boards
- Connecting transformers and chokes
Rivets also assemble outer shells of appliances from sheet metal. This includes washers, dryers, refrigerators, air conditioners, and commercial appliances. Vibration damping rivets reduce noise in the final products.
Lightweight rivets attach components on many consumer goods, including:
- Sporting equipment: tennis rackets, golf clubs, hockey sticks, helmets
- Musical instruments: guitars, drums, pianos
- Furniture: chairs, tables, shelves, cabinets
- Luggage and bags
- Power tools
Pop rivets allow consumers to easily fasten straps, accessories, handles, or shelves. Artisans also rely on rivets for jewelry making.
Riveting Systems and Tools
With countless industrial uses, there are various riveting tools available. Manual riveting hammers provide simple but physical attachment. Pneumatic rivet guns use compressed air to drive both pop and conventional rivets. Battery powered rivet tools offer more mobility. Automated tools like riveting robots integrate into assembly line production.
Rivets continue to be a practical, reliable fastening method. As manufacturing techniques advance, the applications for rivets will keep growing across many industries. With versatility and strength, rivets solve countless attachment challenges. CNC Milling CNC Machining