TBB-INOX Stainless Steel Spreader Beam for FIBC Bulk Bags (1000 kg - 2000 kg WLL)

Handling heavy bulk materials in sanitary, corrosive, or high-moisture environments requires equipment that satisfies strict hygiene standards without compromising on mechanical strength. The TBB-INOX Lifting Beam is a premium, stainless steel material handling solution engineered specifically for the safe, secure, and precise overhead transport of industrial FIBC containers.

Whether your facility processes ingredients in standard BIG-BAGs, JUMBO bags, super sacks, or traditional tonne bags, the TBB-INOX series delivers absolute structural stability. Manufactured to the highest European engineering standards, its specialized architecture seamlessly accommodates both bottom-funnel discharge bags and open-bottom container designs, ensuring contamination-free material handling.

Core Operational Advantages & Features

• Sanitary Stainless Steel Construction: Specially fabricated using high-grade INOX steel, this lifting beam provides exceptional resistance to chemical corrosion, aggressive cleaning agents, high salinity, and oxidation. It is perfectly adapted for strict wash-down procedures.
• Optimised for Bottom Discharge: Designed with an open structural framework that provides completely unobstructed access to the underside of the suspended load. This allows operators to quickly, safely, and cleanly untie discharge spouts directly over hoppers, vats, or mixers.
• Sling Integrity Protection: Geometrically optimized attachment points keep the bulk bag loops perfectly vertical under load. This prevents the top of the container from crushing inward, eliminating severe fabric stress and protecting against premature seam failure.
• Heavy-Duty Capacity Options: Available in scalable model configurations tailored to your facility's requirements, offering robust Working Load Limits (WLL) of either 1000 kg (1 Tonne) or 2000 kg (2 Tonnes).
• Broad Sizing Compatibility: The TBB-INOX frame matches standard, high-volume industrial bulk bag footprints ranging from 750 x 750 mm up to 1150 x 1150 mm.

Ideal Industry Applications

Thanks to its premium stainless steel build, the TBB-INOX spreader beam is the definitive lifting accessory for specialized sectors where carbon steel equipment is prohibited or impractical:

• Food & Beverage Processing: Ensuring zero rust contamination during the bulk handling of ingredients, powders, grains, and sugar.
• Pharmaceutical & Cleanroom Environments: Satisfying ultra-clean production protocols and withstanding aggressive sterilization routines.
• Chemical & Petrochemical Plants: Handling corrosive raw materials, acids, or volatile chemical sacks safely.
• Marine & Coastal Logistics: Resisting salt-air corrosion in maritime transport, ports, and shoreline handling facilities.

Strict UK Safety & Statutory Certification

Safety, clean material integrity, and strict technical traceability are built into the core of the TBB-INOX series. Every lifting beam is fully certified to guarantee total peace of mind in high-stakes operational zones:

• UKCA Approved: Fully certified and regulatory-ready for legal trade and industrial use within the United Kingdom.
• Statutory Machinery Laws: Fully adheres to the mandatory health and safety directives of the Supply of Machinery (Safety) Regulations 2008.
• Complete Traceability: Each beam features permanent, indelible product markings displaying the manufacturer's mark, official UKCA marking, designated load capacity (WLL), a unique factory serial number, and the exact year of production.
• Harmonised Industry Standards: Designed, manufactured, and tested in strict alignment with:
• BS EN 13155: Cranes – Safety – Non-fixed load lifting attachments

(Note: Metric dimensional values indicate the targeted Length, Thickness, Width, and primary attachment metrics of the frame setup).

Bespoke Lifting Solutions & Customisation

We recognize that complex production lines, tight clear-room envelopes, and custom container designs present unique engineering challenges. If our standard 1-tonne or 2-tonne configurations do not align perfectly with your infrastructure, the TBB-INOX lifting beam can be fully customized. Our technical division can adapt specific dimensional values, alternative hooks, or specialized anchor points to fulfill your exact processing needs.

To request a formal quotation, technical layout details, or a bespoke build order, please contact our expert team: sales@craneplex.co.uk

Frequently Asked Questions (FAQ)

Q: Why should I choose the TBB-INOX beam over a standard steel lifting beam?
A: Standard steel beams feature painted or galvanized coatings that can chip, flake, or rust over time. In food, pharmaceutical, and highly corrosive chemical applications, this presents a severe contamination hazard. The TBB-INOX is built entirely from solid stainless steel, meaning it will never rust, flake, or degrade, and can be aggressively scrubbed or chemical-washed daily.

Q: Can this beam safely handle bulk bags with bottom-discharge spouts?
A: Yes, absolutely. The TBB-INOX is specifically engineered with an open-center framework. This geometry gives ground operators safe, complete, and unhindered physical access to untie and operate bottom-funnel or open-bottom discharge sacks while the container is suspended.

Q: How do I choose the correct model size for my production facility?
A: First, verify the maximum weight of the bulk bags you handle to choose between the 1000 kg (1t) and 2000 kg (2t) model ranges. Next, measure the flat footprint dimensions of your bags and match them to the "Intended for Bag Sizes" column in our technical specs table (e.g., model TBB-INOX 1-0,90 perfectly fits 900x900 mm and 1000x1000 mm bags).

Q: Where is this stainless steel lifting equipment manufactured?
A: To guarantee premium grade-verified metallurgy, flawless welds, and exact engineering tolerances, the TBB-INOX lifting beam is proudly Made in the EU.

Q: Is this equipment legally compliant for use on high-sanitation UK worksites?
A: Yes. The TBB-INOX series carries full UKCA marking and strictly satisfies the criteria of the Supply of Machinery (Safety) Regulations 2008, alongside harmonised BS EN 13155 design standards.