Turnover Material Rack
18pcs
Automatic robot welding machines
Two robot welding workshops with 20 Panasonic robot welding arms, set up in 2008.
Product Description
A Stacking Frame with high load-bearing capacity is a versatile and reliable solution for organizing and storing heavy items in industrial settings or warehouses. Made from robust materials such as steel or reinforced plastic, these frames are designed to withstand substantial weight and provide support. The high load-bearing capacity of these stacking frames enables them to efficiently store heavy goods, equipment, or materials, minimizing the required storage footprint.
With their sturdy construction, these frames can be safely stacked on top of one another to optimize vertical space utilization without compromising stability. Whether used for storing pallets, bulk materials, or bulky goods, the stacking frames provide a secure and durable solution. They are equipped with features like reinforced corners, sturdy interlocking mechanisms, and anti-slip surfaces to ensure the stability of the stacked items. The versatility of stacking frames with high load-bearing capacity allows them to be used in various industries, including manufacturing, logistics, construction, and automotive.
They can be deployed in storage rooms, production floors, or transportation vehicles, providing a reliable and efficient storage solution for heavy and bulky items.
Specifications
These are the fields a warehouse buyer checks first, as printed on the factory sheet. Full dimension drawings are sent with the quotation.
| Model | PFSF003 |
|---|---|
| Overall Size (L × W × H) | 1400 × 1165 × 1535 mm |
| Rated Load | 1,000 kg per frame |
| Suitable For | Pallet 1210 (single-deck) |
| Surface Treatment | Powder coating |
1535 mm of clearance, as on this frame
The tallest post the compact chassis runs. Goods that stand high ride under the frame above without touching it, so the height serves the cargo.
The shorter compact builds
The same 1400 × 1165 footprint runs at 1235 mm (PFSF001) and at 1435 mm as the PFSF002 powder coating frame, one deck with three clearances.
The tonne rating holds on the smallest footprint the family offers, which is what high load-bearing means here. The family also includes the large-capacity PFSF011 stacking frame .
Where the high load-bearing frame works
A tonne per level on the smallest footprint, for anywhere floor space is scarce.
Warehouse block stacking
Loaded 1210 pallets stack vertically without fixed racking, and the compact tall build suits warehousing and distribution floors that must store high on little ground.
Tall goods on the compact format
1535 mm of post clearance for 1200 × 1000 loads that stand high, which the shorter compact builds cannot offer.
Workshop in-process buffer
Line-side staging between production steps, with a small footprint beside the machine and a full tonne on the deck.
FAQ
What is the load capacity of the PFSF003 stacking frame?
The load capacity is 1,000 kg per frame.
What size is the PFSF003 stacking frame?
It measures 1400 × 1165 × 1535 mm.
What surface treatment does the PFSF003 stacking frame have?
The surface treatment is powder coating.
What does “high load-bearing capacity” mean on PFSF003?
The factory sheet rates it 1,000 kg per frame, a full tonne carried on the family's smallest 1400 x 1165 mm chassis on every level of the stack. The name marks the rating-to-footprint ratio, not a different steel.
Why choose the 1535 mm post on the compact chassis?
Clearance. The compact chassis runs three heights, 1235, 1435 and 1535 mm, at the same rating. The tall build is for goods that stand high, and if yours do not, a shorter post ships more frames per container.
Which pallet does the PFSF003 frame take?
The factory sheet lists 1210 pallets (single-deck), the 1200 x 1000 mm format the compact chassis is built around. Other pallet sizes are produced from OEM drawings.
How high can loaded PFSF003 frames be stacked?
Frames locate on each other through the post tops. The safe stacking height depends on your load, goods and floor, and is confirmed with the drawings and quotation.
