Perforated angel beads
Drywall plaster angle beads-perforated
Aluminum angle beads
Aluminum corner beads
Drywall plaster angle beads
Description
Aluminum perforated angle bead provides a high-quality finish and solid protection for drywall corners. The drywall finishing product is nailed, stapled, screwed or clinched into place. Flanges are deeply knurled and perforated for excellent joint compound adhesion.
Have superior corrosion protection
Good for humid, moisture-prone conditions and high-traffic places
Strong metal reinforcement at drywall corners
Easily friendly package
Exposed nose resists impact and forms a screed for finishing
Material
0.3-0.7mm Galvanized sheet, Stainless Steel sheet, Aluminum sheetSpecification
Model |
The width of wing |
Material |
Material Thickness |
Length |
Pc/Box |
DPAB25 |
25*25mm |
aluminum
|
0.3-0.7mm
|
2400/2700/3000mm
|
50
|
DPAB30 |
30*30mm |
||||
Notice |
All dimensions can be customized according to your requirements. |
Products benefits
ABO Expanded Angle Beads is designed to offer strong angle reinforcement for conventional applications. This product features many benefits including but not limited to:1. Strong metal nose offers a line, strong ground.
2. The side wings can easily cover irregular and uneven surfaces.
3. Plaster keys near solid nose provide reinforcement where needed most to ensure straight corners.
Applications
The productions are mainly used for reinforcement purposes and for plaster or render embracing. Meantime, it provides good finishing and stronger edges, that can help to improve the life time of any buildings. Angle Bead are resistant to chips, cracks and impact damage. It protects the corner and edges and offers good shape.The good performance of the item;
Galvanized finish to resist corrosion;
Perforated wing increases bond;
Reinforces plaster edges to prevent accidental damage;
Can be fixed with plaster, adhesive or mechanical fixings;
Storage:
Avoid bending or other damage and store in a dry place protected from moisture, store away from acids and incompatible materials.