Stucco wire mesh or netting is a basic material for construction that works as the supporting and reinforcing mesh, mainly made of galvanized steel wire and reverse twisted into hexagonal meshes. It is applied when installing stucco on the exterior of a building to provide better support, it does not have enough structure on its own to support itself on a wall.
You will get efficient and thoughtful service from Wusheng Hardware.
Stucco netting is typically installed over a building to provide a stable surface for the application of stucco. It helps to strengthen the stucco and prevent cracking by distributing the forces exerted on the wall surface more evenly.
There are many types of stucco netting, read on to find out the best one for your project.
There are many types of stucco netting, selecting the right one for your project depends on various factors. Galvanized wire stucco netting is a very popular choice since wire coated in zinc prevents the formation of rust and is suitable for both interior and exterior applications.
Other types of stucco netting are fiberglass stucco netting or plastic stucco netting. All wall constructions have different requirements.
Stucco netting is available in two main types: self-furred and non-furred. Furring is a type of stucco netting that consists of a metal mesh or lath with ridges on one side. These ridges provide spacing between the netting and the existing wall, allowing for proper ventilation and drainage behind the stucco or plaster.
The self-furring stucco netting allows for adequate bonding of the materials.
When using non-furred stucco netting, additional furring strips are typically required to create the necessary gap between the netting and the substrate. These furring strips can be made of wood, metal, or other suitable materials.
Whatever version of stucco netting you choose for your project, make sure to follow the manufacturer&#;s guidelines for correct installation.
Mid-Continent Steel and Wire has furred and non-furred stucco netting with red markings every 6 inches on 17 gauge or 20 gauge mesh in compliance with construction regulations. Our Stucco Netting comes with a paper wrap that identifies and protects each roll from dust, and its the ideal reinforcement for Portland gypsum plaster, stucco one coat & 3 coat systems, masonry veneer, cultured stone, casi-stone, and ceramic tile.
Exterior insulation and finish systems (EIFS) rely on fiberglass mesh reinforcement to create beautiful, durable, and energy-efficient exterior cladding. This comprehensive article explains why mesh is so important for modern EIFS stucco assemblies.
EIFS, sometimes called synthetic stucco, is an exterior cladding that combines insulation board, base coat, fiberglass mesh, and finish coat to create a continuous insulated plaster facade. The sandwiched layers provide superior insulation while the fiberglass mesh reinforcement prevents cracking, boosts impact resistance, and strengthens the system.
In this detailed guide, we&#;ll cover the benefits of EIFS, the role of fiberglass mesh, mesh types, installation best practices, and common mistakes. Read on to learn why proper mesh selection and application are critical to creating crack-resistant, long-lasting exterior EIFS plaster.
Exterior insulation and finish systems (EIFS) are advanced, multi-layer exterior wall systems that provide continuous insulation and water resistance in one assembly. EIFS consists of:
This all-in-one cladding builds on traditional stucco methods used for thousands of years. Traditional stucco relies on bonding cementitious scratch and brown coats over solid masonry or lath.
EIFS evolved stucco by replacing masonry with an insulation board as the plaster substrate. This allowed exterior insulation and finish systems to be applied over any structurally sound exterior sheathing rather than just masonry.
The insulation component of EIFS eliminates thermal bridging and provides far superior R-value compared to other claddings. This continuous insulation, along with modern waterproofing details, is the key advantage of EIFS over old stucco.
While traditional stucco uses metal lath or wire mesh over building paper or felt, EIFS employs heavier fiberglass reinforcing mesh embedded into the base coat over the insulation board. This specially engineered mesh provides critical reinforcement lacking in plain stucco.
Fiberglass reinforcing mesh is a critical component that serves multiple crucial functions:
Without mesh reinforcement, exterior insulation, and finish systems would be susceptible to cracking, delamination, and moisture issues like traditional stucco. The embedded mesh reinforces the entire EIFS assembly.
Reinforcing mesh can be thought of as the rebar in reinforced concrete. Just as rebar strengthens concrete, fiberglass mesh strengthens exterior insulation and finish systems in these key ways:
Prevents Cracking
As the cementitious base coat cures and shrinks, it creates stresses that lead to cracking without reinforcement. Mesh distributes this shrinkage stress evenly rather than allowing it to focus at specific points. This is the primary job of EIFS reinforcing mesh.
Absorbs Impacts
Fiberglass mesh helps absorb and dissipate impacts from hail, earthquakes, blunt objects, etc. This prevents cracked or dented insulation board beneath. The heavier and tighter the mesh, the greater impact resistance it provides.
Enhances Drainage
Mesh creates an even drainage plane over the uneven insulation board substrate. It helps channel water down and out of the wall assembly. Proper shingling and concealment prevent mesh from disrupting drainage.
Protects Insulation Edges
Mesh extends beyond insulation board edges onto stable perimeter substrates. This prevents vulnerable foam board joints and edges from moving independently of the overall wall.
Bonds Layers
Embedment into the base coat allows the mesh to mechanically bond the base coat to the finish coat for a monolithic assembly. It also creates a continuous thermal barrier.
In summary, there are many important reasons fiberglass reinforcing mesh is required for durable EIFS installations. Correct mesh selection and detailing prevent problems.
If you want to learn more, please visit our website SMOOTH STUCCO WIRE MESH oem.
While all EIFS mesh is made from coated, alkali-resistant fiberglass strands, the two main types differ in glass fiber density and opening size:
Standard Mesh
High Impact Mesh
The EIFS industry recognizes these two mesh types in ASTM standards and EIMA design guides. Standard mesh works for most wall areas, while high-impact mesh boosts resistance in exposed locations.
Deeper mesh overlap and double layers can sometimes substitute for high-impact mesh based on project requirements. The mesh spacing and fiber weight influence performance and cost.
No matter which type gets specified, proper detailing and installation per manufacturer guidelines are crucial to gain the benefits of EIFS reinforcing mesh in any project application.
During EIFS application, rolls of fiberglass reinforcing mesh are cut into sheets of the appropriate size. Mesh application involves these key steps:
The mesh reinforcement ends up sandwiched into the middle of the EIFS assembly, not visible in the final surface. The mesh must be continuous across the entire facade without gaps.
Adjacent mesh sheets should overlap by 2-4 inches rather than simply butt up against one another. The proper shingling technique ensures monolithic, non-disruptive mesh reinforcement.
When installed correctly, the properties and benefits of fiberglass reinforcing mesh can be fully realized in durable EIFS construction.
Correct selection, detailing, and installation of EIFS reinforcing mesh delivers these performance benefits:
Enhanced Crack Resistance
Fiberglass mesh evenly distributes shrinkage and stress forces within the base coat as it cures. This prevention of base coat cracks enhances weather-tightness and longevity.
Added Impact Protection
Tightly woven mesh boosts impact resistance compared to traditional wire lath stucco. This protects against hail, blunt objects, earthquakes, and other mechanical damage.
Long-Term Durability
By preventing cracks, mesh helps maintain the integrity of the entire EIFS assembly over decades. Proper reinforcement is critical for maintaining water resistance.
Aesthetic Beauty
The pristine finish coat surface is unmarred by cracks that detract from architectural appearance. Mesh contributes to attractive EIFS facades.
Cost Effectiveness
The relatively low material cost of mesh avoids expensive repairs down the road. Mesh is vital for lasting EIFS performance and ROI.
In summary, correct fiberglass mesh installation leads to EIFS walls that are more crack-resistant, durable, resilient, and beautiful.
To gain the full benefits of EIFS fiberglass reinforcing mesh:
Paying attention to proper mesh detailing and installation protocol prevents many common EIFS failures. Reinforcing mesh must be continuous, fully embedded, and shingled correctly to maximize performance.
Some application errors compromise the benefits of EIFS reinforcing mesh:
Each of these mistakes robs EIFS assemblies from obtaining the full advantages of fiberglass reinforcement. Proper mesh installation takes diligence and control.
Specifying the right fiberglass reinforcing mesh and installing it correctly makes all the difference in EIFS performance and longevity. Mesh reinforcement is the critical element that gives modern exterior insulation and finish systems their durability, crack resistance, and design flexibility compared to traditional stucco.
Without continuous, fully embedded fiberglass mesh, EIFS assemblies would suffer from base coat shrinkage, impact damage, and moisture intrusion. Mesh allows EIFS to become a lightweight, thermally efficient, and beautiful exterior cladding.
Following manufacturer specifications and industry best practices for EIFS mesh selection, detailing, and installation helps create successful, long-lasting exterior insulation and finish systems. Fiberglass mesh reinforcement is the not-so-secret ingredient for optimal EIFS stucco performance.
This concludes our comprehensive look at why proper fiberglass reinforcing mesh is so important for durable, energy-efficient EIFS construction. To summarize:
Proper EIFS mesh application allows these advanced systems to protect structures for decades.
If you are looking for more details, kindly visit galvanized steel stucco netting.