Heavy duty cantilever racking , high density selective racking system

Heavy duty cantilever racking , high density selective racking system

Quick Detail:

1. Single side or double side arms racking system

2. Loading capacity per arm less than 1000KG

3. Height range from 2.5M to 6M customized by client

4. Good stock for irregular or long material like as pipe, steel etc

5. Operation by forklift or manual allowed.

Description:

Cantilever racking system is one of helpful warehouse storage system widely work in machinery manufacture, material stores etc; there are light duty and medium to heavy duty according to capacity per arm, single side and double side as normally shape of racking, height range from 2.5M to 6M common required by client. It is best choice for irregular and long material like as pipe, steel etc, matching shelf or bar in arm to arm, convenient management of small and heavy scattered like as auto accessory, more optional to warehouse storage

Applications:

Mechanical industrial

Pipe, steel manufacture

Architecture material stores

Specifications:

Competitive Advantage:

1. Capacity per arm available from light duty, to medium and heavy duty

2. Good solution to irregular and long items requirement

3. Tower spacing, upright height, arm capacity are critical for a proper system security.

photo view:

 TOP is a many experienced exporting manufacture in warehouse storage industry in China, it focuses on many type of racking system like as conventional pallet rack. mezzanine floor, cantilever, drive in/thru rack, VNA rack system, gravity rack, even semi-auto shuttle system, AR/AS etc. from project design drawing proposal, budget, production, delivery, instatllation, training & operation, and after service...

All points user highly concerned that all are our core attention. 

We deeply note how to work with our partner abroad touch bid specical request, flexible & compatible proposal conviced end-clients; no matter your inquiry is for self-used or customers, we are reliable and hopeful in your project.