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阿博建材(昆山)有限公司

Drywall Plaster Angle Beads

Angle beads

Plaster corner beads for construcation

Plaster angle beads

Galvanized corner beads

Expanded corner beads

Description

For single Coat Plaster Thin Coat Angle Bead is rigid but light weight, the drywall bead is designed for drywall, block and slab work. Provides excellent adhesion and reinforcement, with the revised 85°angle, allows greater scope for on-site adjustments and setting.
Corner beads are either made of perforated metal or expanded metal. While both are widely used, perforated metal beads offer stronger trimming compared with expanded metal beads. Perforated angle beads have more uniform plate thickness, hole sizes and easy to keep its original shaping.

Material

0.3-0.7mm Galvanized sheet, Stainless Steel sheet, Aluminum sheet.
Product standard
Pre-Galvanized: BS EN 10346 (formerly BS EN 10327) / ASTM A653 (revised ASTM A527)
Stainless Steel: BS EN 10088 / ASTM A666
Alu-zinc Coated Steel (Galvanum): ASTM A875 / ASTM A792

Specification

Model
The width of wing
Material
Material Thickness
Length
Pc/Box
DPAB25
25*25mm
GI/SS
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 products 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

Most commonly used over gypsum plaster board , provides a neat straight corner. Products simply fixed with plaster dabs or nails. Edges, arises, corners, joints and abutments all easier to form.
Designed to minimized potential chipping, cracking and associated damage.

Storage:

Avoid bending or other damage and store in a dry place protected from moisture, store away from acids and incompatible materials.