Aardwolf Slab Rack - Set - ASR0107

Aardwolf Slab Rack - Set - ASR0107

The Aardwolf Forklift Boom FB-1 is a forklift attachment made from high-grade Australian rectangular tube steel, AS1163-450 LO, which ensures strength, reliability and safety. The FB-1 is the smaller of forklift booms Ardwolf offers and has the lifting capacity over 3,000 pounds and over a 1,000 pounds fully extended. The Aardwolf forklift booms compliment the patented range of Aardwolf lifting clamps. The Forklift Boom FB1-2720 is a telescoping two-section rectangular tube steel boom for use on 2 ton and 2.5 ton forklift trucks. It offers versatility with maximum visibility for the driver.

Features

• Maximum load capacity, fully retracted - 3307 LBS, fully extended - 1102 LBS.
• Manually telescopes from 1.610 M to 2.724 M in 2 increments of 27".
• Boom extension is designed so it cannot be pulled all the way out.
• The boom is firmly secure onto fork blades by two bolts located at the back of each fork pocket and restraint pins.

Specifications

• Weight - 200 Lbs
• Slip on the forks design with fork pockets 6" wide x 2.3" high.
• Fork pockets are 13.3" to centers.
• Packaged Volume: 0.2929 M3.
• Net Weight: 200.6 LBS.
• Gross Weight: 202.8 LBS.

What our Experts Think

• Engineered for safe vertical storage of granite, marble, quartz, and engineered stone slabs in professional workshops.
• Includes two 3-meter galvanized steel rails and heavy-duty square steel posts for high-load stability.
• Designed with adjustable post positioning, allowing flexible layout for different slab sizes and storage needs.
• Built from high-strength 50×50 mm steel tubing (345 MPa yield strength) for long-term durability and structural safety.
• Supports efficient lean-angle slab storage (approx. 4°) to maximize space while maintaining accessibility.
• Helps prevent edge damage and surface scratching through stable, organized slab separation.
• Modular design makes it suitable for fabrication shops, stone yards, and warehouse storage systems.
• Reduces handling risk and improves workflow by keeping slabs upright, secure, and clearly accessible.

Q&A

Q: What is the Aardwolf Slab Rack Set ASR0107?
A: The Aardwolf ASR0107 Slab Rack Set is a heavy-duty steel storage system designed for safely storing and organizing stone slabs such as granite, marble, and engineered stone in fabrication workshops.

Q: What is it used for?
A: It is used for vertical slab storage, helping prevent damage, chipping, and breakage while keeping slabs organized and easy to access.

Q: What is included in the ASR0107 set?
A: The set includes galvanized steel rails (approx. 3 meters), 16 square steel posts, post bases, rubber caps, and timber battens for slab support.

Q: What materials can it store?
A: It is suitable for marble, granite, quartz, engineered stone, and other heavy stone slabs used in construction and fabrication.

Q: What is the build quality?
A: The rack is made from high-strength galvanized steel (min. 345 MPa yield strength), designed for long-term industrial use and corrosion resistance.

Q: How does it improve safety?
A: The system keeps slabs upright at a controlled lean angle, reducing the risk of tipping, cracking, or accidental workplace damage.

Q: Is the system adjustable?
A: Yes. The posts can be positioned anywhere along the rails, allowing flexible configuration based on slab size and shop layout.

Q: Why choose the Aardwolf ASR0107 Slab Rack Set?
A: It offers a durable, space-efficient, and safe storage solution that improves workflow, reduces material damage, and maximizes workshop organization.

Maintenance Tips

• Inspect rails, posts, and bases regularly for bending, cracks, or structural wear.
• Ensure all floor anchors (if installed) remain tight and stable to prevent shifting under load.
• Keep galvanized surfaces clean and dry to reduce corrosion risk, especially in wet fabrication environments.
• Check rubber caps and timber battens for wear and replace if they become compressed or damaged.
• Verify post alignment and spacing to ensure slabs remain evenly supported and safely leaned (~4° design angle).
• Do not overload bays beyond rated capacity based on slab thickness and weight distribution.
• Remove stone dust, slurry, and debris from base channels to maintain stability and prevent slipping.
• Inspect weld points and connection joints periodically for fatigue, especially in high-use storage areas.
• Repaint or treat any exposed steel areas if galvanizing is scratched or compromised.
• Conduct routine safety checks to ensure no “open bays” are left unsupported, preventing slab fall risk.