Void Former
Void Former
Over 20 years experience in speciality honeycomb board constructions has resulted in us developing the most effective and environmentally friendly void filler and void former, delivered to any level of customisation, for any space filling packaging, transport or construction project, Australia wide.
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Peak Load testing above 10 tonne per sqm
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Lightweight and easy to handle on site
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Made of recycled materials and biodegradable
WHY Rebul Void Filler
Our honeycomb board is manufactured in Australia and independently laboratory tested by engineers for compression strength and bending strength to ensure the best structural integrity in this lightweight, easy to use material.
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Our unique manufacturing and converting capabilities with honeycomb board over the last 20 years means we have the most experience in be able to make honeycomb board to it full range of capabilities and fully understand the limits of the range of applications in which it can be used.
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Our unique sustainable, 100% recyclable honeycomb board is the most efficiency and environmental solution to filling any space where an object needs support to prevent any shifting.
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Custom and standard sheet sizes, board thicknesses and board strengths available.
Standard Board Sizes:
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Length - 2400mm
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Width - 1200mm
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Thicknesses (mm) - 15, 25, 30, 50, 75, 100
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Any combination greater than 100mm can be achieved by bonding other thicknesses together.
Key Features & Benefits:
Sustainable, manufactured from recycled materials
Superb strength to weight ratio
Easy on-site applications
Increased cost savings
Fast delivery times
Delivery Australia wide
Sustainability
Due to it’s unique make-up, Rebul Void Filler and Void Former Board is the perfect, eco-friendly solution to supporting any void space that may be under load.
Our honeycomb has a superb strength to weight ratio, all made from local Australian sourced recycled FSC certified paper.
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Our commitment is to try reduce the use polystyrene and other foam or timber void filling products. The same outcome can be achieved more sustainably with paper honeycomb board.
