Oasis Bio Floral Foam Maxlife Brick - 20 Pack - Brown


Best current price£51.99from B&Q
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B&Q£51.99Visit shop - Oasis Bio Foam Brick 20 PackBrown Bio Floral
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Best current price£51.99from B&Q
Shopping.co.uk recommended and popular offers
B&Q£51.99Visit shop - Oasis Bio Foam Brick 20 PackBrown Bio Floral
Visit shop2 offers from £51.99
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The Oasis Bio Floral Foam Maxlife Brick is an essential tool for professional florists and DIY hobbyists who prioritize both performance and environmental responsibility. It offers the same industry-leading stem support and hydration capabilities as the classic Maxlife series, while utilizing a revolutionary formulation designed to biodegrade significantly faster in biologically active landfills. While it maintains the standard high quality that ensures flowers stay hydrated up to 50% longer, users should note that the brown coloring is specifically designed for discreet placement within arrangements and may require careful concealment if used in transparent glass vessels.
| Model Part Number | 5064073093685 |
|---|---|
| Brand | Oasis |
No, the biodegradable properties require a biologically active landfill environment to break down effectively.
No, once stems have been inserted, the foam's internal structure is compromised and will not hold stems securely a second time.
No, the dye is non-toxic and stable; it will not leach into the water or affect the health of the flowers.
While intended for fresh flowers, it can be used for silk arrangements, though you may prefer a stiffer foam if the artificial stems are very heavy.
The brick will be darker in color and will have completely submerged below the water line on its own.
Do not push the brick into the water. Let it float on the surface until it sinks on its own to avoid trapping air pockets.
Ensure the foam is fully saturated and the water contains floral preservative. Verify that stems have been cut at an angle.
Avoid re-inserting stems into the same hole. If you move a stem, choose a different entry point to maintain the structural integrity of the foam.