Oasis Maxlife Ideal Floral Foam Single Brick - Wet Foam
Oasis Wet Foam Brick - Single Brick
H 11cm W 23cm D 8cm
About this product:
Oasis Maxlife Floral Foam securely grips stems and helps flowers to live longer by providing them with water and balanced PH levels that reduce petal burn and allow them to thrive. The unique cell structure of the foam means that flowers uptake water easily, this allows for quick saturation and low drainage. The dark green colour of the foam makes it eay to hide and cutting lines on the brick help to evenly split the foam into thirds.
Using this foam in your arrangements will maximise the lifespan of nearly every flower type, helping you to enhance your reputation by providing longer life for flowers. When soaking in water, simply leave the brick to fully absorb the water, pushing down on the brick will result in the brick not being evenly saturated.
Oasis foam is probably the highest quality floral foam availible, with each batch of Oasis foam is tested against 7 different quality standards to ensure it is perfect. This product is proudly made in a UK Factory.
Mainland UK Delivery - DELIVERIES RUNNING AS NORMAL
(Over 1 Metre Length) 2 Working Days* £9.99 + vat
(Furniture, Large/Heavy Items) 3 - 5 Working Days £59.99 + vat
Any items that fall within the oversized or pallet delivery options will state this in the product description.
*Orders placed by 12 noon Monday-Friday are generally despatched on a 2 working day delivery service (unless otherwise stated in product description). During busy periods this may increase to a 3-5 day service.
To check the current status of delivery timings before placing an order, please call our office team on 0151 334 0818.
For additional delivery locations/options click here
We understand that sometimes products need to be returned. If your item is faulty, damaged, or simply no longer required, our office team will help you out.
We accept returns within fourteen working days from receipt in an unused and resalable condition*
*For full return instructions and guidance please click here