ENJOY FREE SHIPPING AUSTRALIA WIDE FOR ORDERS OVER $10

Magnetic Sheeting with Double Sided Magnetism | Brown | 620mm x 0.5mm | PER METRE | Supplied As Continuous Length Magnetic Sheeting with Double Sided Magnetism | Brown | 620mm x 0.5mm | PER METRE | Supplied As Continuous Length Cart
Your Cart (0)
You're $3.03 away from free shipping!
Subtotal: $0.00
Go to Cart

Magnetic Sheeting with Double Sided Magnetism | Brown | 620mm x 0.5mm | PER METRE | Supplied As Continuous Length

Product code: 59084DBLM

Magnetic Sheeting with Double Sided Magnetism - Brown - 1m x 620mm x 0.5mm PER METRE
Magnetic Sheeting with Double Sided Magnetism - Brown - 1m x 620mm x 0.5mm PER METRE
Magnetic Sheeting with Double Sided Magnetism | Brown | 620mm x 0.5mm | PER METRE | Supplied As Continuous Length
$46.81
Total
$46.81

Prices are GST Incl.

Volume pricing available on request

Australia's Leading Supplier

Shipping Worldwide*

30 Day Returns

Same Day Dispatch*

Magnetic Sheeting with Double Sided Magnetism | Brown | 620mm x 0.5mm | PER METRE | Supplied As Continuous Length

Product Code 59084DBLM

Magnetic Product Description:

Our brown Double Sided Magnetic Sheeting is magnetic on both sides, comes in 1 metre lengths, has a width of 620mm, and a thickness of 0.5mm. It is identified by the AMF Magnetics Part Number 59084DBLM.

Please note: This is a per metre product, however, orders with a quantity greater than 1 will come as a continuous length (ie. purchasing 3 of this product, will come as a 3 metre length of 59084DBLM). If you wish to receive your order in 1 metre lengths please include the note "CUT TO METRE LENGTHS" at the checkout when processing your order.


Uses for our Double Sided Brown Magnetic Sheeting:

Our Double Sided Brown Magnetic Sheeting is available by the metre, and is constructed from Strontium or Barium ferrite powder within a polymer matrix. Standard magnets only have one magnetised surface but what's different about this product is that it's magnetic on both sides and allows you to adhere the sheeting onto a ferrous metallic surface while still being able to use magnetic objects on the opposing side.