Steel Disc Wall Anchor
Abbreviations and Conventions used Storewide
All Dimensions are in Metric Scale (mm); Conventions and abbreviations used throughout the Store:
L : Length | OD : Outer Dia | ID : Inner Dia | W : Width | H : Height | T : Thickness (also Height) | CS : Countersunk | G : Gauss
The terms Force or Pull Force are used interchangeably throughout the store and refer to the maximum observable or tested force against a 10mm thick grinded finish mild steel plate. The pull force will depreciate with thinner plates or sheets. The Pull force or Force is expressed in lbs, Kg or N.
[10N (Newtons) = approx 1 Kg = approx 2.2 lbs Pull Force]
Dimensional tolerances
Typical dimensional tolerances for sintered magnets (depending on size and complexity are as follows
Neodymium (NdFeB) : ± 0.1
Samarium (SmCo) : ± 0.1
Ferrite / Ceramic : ± 0.2
AlNiCo : ± 0.01
- Chrome coated Steel Anchor disc 30mm Dia x 3mm thicknes
- Steel of 2mm thickness and strong Foam-backed 3M Double-sided adhesive tape
- Extremely handy & useful for mounting posters, pictures, frames, displays to walls
- Quickly transform any smooth wall to able to hold up pictures, posters, displays with a neat look and least disruption
- Works best with Neo disc magnet of 20mm Dia x 3mm thickness, Neo 10mm Dia x 20mm thickness or other suitable sizes
- Use 4 discs for a A0 or A1 poster, 8 discs for a picture frame.
- Say Goodbye to nails, hammers and ugly patches
- Price for a set of 8 (You will require 6-8 pieces for a typical 4' x 4' (1220 x 1220mm display/poster).
Quantity Discounts are automatically computed at checkout:
Qty 5-49 | Level 1 | 5% off |
Qty 50-199 | Level 2 | 10% off |
Qty 200-499 | Level 3 | 15% off |
Qty 500-999 | Level 4 | 25% off |
Qty ≥ 1000 | Level 5 | 35% off |
RoHS, REACH Compliant | ISO 2859-1 Qualified
For every successful order you place online from here, we commit to a 2x2x2 ESG policy. 2 Trees planted, 2 Kgs of CO2 Offset and 2 Plastic bottles rescued. All on your behalf, at our cost.
Initiated in January 2024, see our progress so far by clicking the link below.