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Metal racks are used to store, move, and protect automotive parts. They are found in factories, warehouses, assembly lines, and transport systems.
Automotive parts come in many sizes, shapes, and weights. Some parts can be placed in one container. Other parts need a rack made for one part type. A rack that matches the part can reduce damage, improve handling, and save space.
This guide explains the main types of metal racks, how they are used, and what buyers should check before placing an order.
What Is a Metal Rack for Automotive Parts?
A metal rack for automotive parts is a steel structure used to hold vehicle components during storage or transport.
The rack may include:
- Steel frames
- Shelves
- Wheels
- Forklift pockets
- Dividers
- Plastic blocks
- Rubber pads
- Straps
- Doors
- Covers
The frame carries the load. The supports hold the parts in position. Wheels and forklift pockets allow workers to move the rack.
Some racks are used inside one factory. Other racks move between a parts supplier and a vehicle factory.
Main Types of Metal Racks
Automotive Parts Racks
Automotive parts racks are made for vehicle components. They can hold doors, bumpers, panels, glass, seats, axles, engine parts, and exhaust parts.
The rack structure follows the size and shape of the part. Supports are placed at contact points to stop movement.
Material Handling Trolleys
A material handling trolley has wheels. Workers can push it between storage areas and production lines.
A trolley may include handles, brakes, shelves, and part holders. The wheel type should match the floor and the load.
Stackable Metal Racks
Stackable racks can be placed on top of each other. This helps a factory use warehouse height and reduce floor use.
The base and top of each rack must connect during stacking. The user should follow the stacking limit from the manufacturer.
Steel Pallets
Steel pallets provide a base for parts, machines, castings, and tools. They can be moved with a forklift.
Some steel pallets include posts or side frames. These parts allow the pallets to stack.
Wire Mesh Containers
Wire mesh containers are used for parts that do not need separate holders. Workers can see the contents through the mesh.
Some containers have gates for loading and unloading. Some models can fold when empty.
Metal Containers
Metal containers use steel panels on the sides. They can hold small parts or parts that need a wall around them.
A metal container may include a lid, door, wheels, forklift pockets, or stacking feet.
Parts Stored in Metal Racks
Metal racks can hold many automotive components, such as:
- Car doors
- Body panels
- Bumpers
- Glass
- Seats
- Wheels
- Axles
- Suspension parts
- Engine parts
- Exhaust systems
- Battery parts
- Interior parts
- Plastic parts
- Metal castings
Each part needs a support method. A rack for doors cannot use the same structure as a rack for engines.
How Metal Racks Protect Parts
Automotive parts may move, touch, fall, or bend during handling. A rack should keep each part in position.
Protection methods include:
- Dividers between parts
- Rubber at contact points
- Plastic supports
- Foam blocks
- Straps
- Locking bars
- Doors
- Fabric covers
The support material should not leave marks on the part. It should also be easy to remove and replace.
The rack should allow workers to load and unload parts without hitting the frame.
How to Choose the Rack Size
The rack size depends on the part dimensions and the number of parts stored in one rack.
Buyers should also check:
- Factory door width
- Factory door height
- Aisle width
- Warehouse height
- Forklift size
- Truck space
- Shipping container space
- Production line space
A rack may hold the parts but still cause problems if it cannot move through the factory or fit inside a truck.
The manufacturer needs the part length, width, height, and weight before making the rack design.
How to Check Load Capacity
Start with the weight of one part. Multiply it by the number of parts in one rack.
For example, if one part weighs 25 kilograms and the rack holds 20 parts, the parts weigh 500 kilograms.
The rack must support the parts during storage, handling, and transport. The rack weight must also be included when selecting wheels or handling equipment.
If racks will be stacked, the bottom rack must carry the weight of the racks above it.
Ask the manufacturer about load tests and stacking tests before production.
Wheels and Forklift Pockets
The rack base should match the handling method.
Wheels are used when workers need to push the rack by hand. A trolley may use fixed wheels, swivel wheels, and brakes.
Forklift pockets are used when the rack carries more weight or moves between trucks and warehouses.
Some racks have both wheels and forklift pockets. This gives workers more than one handling method.
Stackable and Foldable Racks
A stackable rack saves space when it holds parts. A foldable rack saves space when it is empty.
Foldable racks are often used in return transport. After the parts reach the factory, workers fold the empty racks and send them back to the supplier.
Before choosing a foldable rack, check:
- Folding steps
- Folding time
- Locking system
- Stacking limit
- Return transport space
- Worker access
The rack should stay locked during use and transport.
Surface Treatment
Metal racks need surface treatment to reduce rust.
Common options include:
- Powder coating
- Paint
- Galvanizing
The choice depends on the place of use. Indoor racks may use powder coating or paint. Racks used outside or near water may need galvanizing.
The buyer should tell the manufacturer about the work environment.
Information to Send to the Manufacturer
To receive a design and quotation, send the following information:
- Part drawings
- Part photos
- Part dimensions
- Part weight
- Quantity per rack
- Order quantity
- Handling method
- Stacking needs
- Folding needs
- Protection needs
- Surface treatment
- Factory limits
- Transport limits
A part sample can help the manufacturer check contact points and loading steps.
Test a Sample Rack
A sample rack should be tested before the full order starts.
During the test, workers should load and unload the parts. They should move the rack through the factory route and test the wheels, forklift pockets, brakes, bars, and supports.
The rack should also be tested during stacking and transport.
Any problem found during the test can be changed before production.
Conclusion
Metal racks support automotive parts storage, handling, and transport. The rack type should match the part, factory process, handling equipment, and transport method.
Before ordering, check the rack size, load capacity, support system, wheels, forklift pockets, stacking method, folding method, and surface treatment.
Send drawings, photos, samples, and use information to the manufacturer. Test one sample before production. These steps can help reduce damage, control space use, and support the movement of parts.