heavy duty drive-in racking for warehouse

heavy duty drive-in racking for warehouse

Introduction of drive-in racking

Drive-through rack is designed for storing a large number of similar goods (pallets). Pallets are placed on the supporting rails, which makes possible the high-density storage. The rack system is the most ideal for expensive storage space like cold storage warehouses
The design principle of the drive-in drive-through racking is to joint rows of traditional racks, without special access or aisle. It is allocated by tow rows of racks installed back to back or a single group of racks against the wall, and the forklifts use the same aisle to access. this system racking is stored from inward to outward, and goods to be delivered are withdrawn from outward to inward in sequence. The drive-in rack is suitable for raw materials warehouses or transit warehouses for periodical batch operations and high storage frequency

Features of drive-in racking:

 Most features: 

1.Improve the storage efficiency because the working passage for the truck and the storage space are combined together

,2.First in, last out;

 More details:

1), Suitable for small variety but large quantity stored products, especially for standard goods;

2), Very high utility ratio of the warehouse;

3), Each aisle consists of several level of pallet support rail. Pallets are placed on pallet support rail one after another;

4), Forklifts operation alongside the aisle;

5), First-in-last-out access process, one side in/out or two side in/out can be met.

6), Top and back bracing are used to fix the whole racking, making the whole racking stable and safe;

7), first level pallets can be placed on the floor;

8), Surface treatment: powder painting;

9), Different size available;

10),welcome u inquiry our products

Structures of drive-in racking:

Mainly parts: upright frame ,top beam,back beam ,one side corbel(STD),double side corbel(STD), back bar ,top bar,corridor connecting rod,welding spats,and safety locker ,screws.

Drive-in racking is also called corridor-type racking, composite structure, specialized high-intensity drive-in brackets, high-strength drive-in beam, frames are connected to top beams by bolts&nuts. The depth of the single side drive-in racking which is against the wall should not be more than 6 pallet locations, and that of double side drive-in should be less than 12 pallet positions so as to ensure the loading efficiency of forklifts and stability of racking. Its best to make drive-in lower than H11000mm because of its not so good stability which is the weakest compared with other racking system. The drive-in racking should be equipped with back, top cross beams, etc. to stabilize the racks. This type of racking is densely arrayed, making full use of storage space; both first in first out and first in late out are available, suitable for storing few types of goods with large quantity. Widely used in milk, drink industry, and also be welcome by cold storage.

Uprights feature

High load capacity up to 21000kg.

Frames include all the elements needed for assembly: bracing, feet and nuts & bolts

Blue epoxy coated (RAL any color).

Standard heights : From 2 -14.5m

Adjusted by 76.2 MM or 75MM  pitch.

Drive-In Rack Load Rail Design

Load Rails are constructed of durable structural angle steel, providing increased strength and abuse resistance. Standard features include: 

1.Structural angle rails "guide" pallets, ease of use and durability 

2.Flared rail entry ends allow easy bay access 

3.Space-saver low profile arms increase clearance and decrease possible product damage 

4.Welded rail stops prevent loads from being pushed off, improving safety 

5.75mm vertical adjustability 

6.Welded aisle-load arms to eliminate hazardous load projections into aisles 

7.Grade 5 hardware 

Pictures showing:

Corbel pcitures:

Structure pictures:

Products process

Packing data an shipping

Shipping : by sea

package pcitures:

Pls kindly inform us the below information to make a quotation:

 1. AUTO CAD drawings

2. Width, height, length of the shelf

3. Size of your warehouse

4. How many bays and layers you need?

5. Loading capacity of each layer

6. LAR Color you want