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Contact us for quality hexagonal wire netting products and machinery, and discuss your specific requirements.

Hexagonal Wire Netting

Stucco Wire - Plastering Mesh for Wall Reinforcement: Hexagonal Mesh Galvanized and Fiberglass

Stucco wire is a kind of construction mesh used to reinforce stucco and plaster on walls, also known as Plastering Mesh. Stucco wire is typically made from galvanized steel, stainless steel, or fiberglass. Available in forms such as welded, woven, hexagonal and fiberglass mesh, to specific construction needs.

Stucco wire mesh provides structural support and ensures durable wall coating for concrete construction projects.

Our Capability

Types of Stucco Wire Mesh We Supply

  • Welded Wire Mesh for structural stucco applications.
  • Woven Hexagonal Wire Mesh for stucco and plaster reinforcing.
  • Fiberglass Mesh for reinforcing stucco and plaster surfaces.

Stucco Mesh Materials Choosing

Hexagonal wire mesh is preferred for flexibility and excellent plaster adhesion, suitable for both traditional and creative stucco applications.
Fiberglass mesh as plastering reinforcing mesh features high resistance to corrosion and lightweight properties.
Galvanized steel wire mesh is most common material with good corrosion resistance and strength.

Hexagonal Wire Mesh for Stucco Plastering

Hexagonal Hole Galvanized Wire Mesh Stucco Netting for Wall Plastering

Hexagonal wire mesh for stucco reinforcing, providing a strong base for adhesion and preventing cracks. Galvanized stucco mesh :

  • Mesh Size: 1/2 inch
  • Wire Diameter: 22 gauge
  • Materials: Galvanized steel.

Fiberglass Reinforcing Mesh for Stucco

Fiberglass mesh for stucco and wall plastering


Fiberglass mesh offers four advantages as reinforcing mesh:

  • Non-Metallic: Unlike metal meshes, fiberglass is non-corrosive and non-conductive.
  • Lightweight: Easy to handle and install compared to metal meshes.
  • High Strength: Excellent tensile strength and impact resistance.
  • Moisture Resistance: Resistant to water and moisture.
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