Jogani Heavy Duty Mesh

JOGANI® Heavy-Duty Fiberglass Mesh is a premium-grade, alkali-resistant engineering fabric specially developed using ARACC Technology. Designed to withstand the highly alkaline nature of cement-based applications, this fiberglass mesh offers maximum strength, durability, and flexibility in construction and plastering projects.

Available in

JOGANI® Heavyduty Plaster Mesh 100mm x 50m:

For RCC, Masonary Joints: Used for concealed portion reinforcement to avoid cracks at concealed area and save maintenance / repair cost.

JOGANI® Heavyduty Plaster Mesh 145mm x 50m

For Concealed Area Joints: Used where two materials with different coefficent of thermal expansion come together

Features and Benefits:

Alkali Resistance: Coated with imported specialty chemicals, the mesh resists deterioration in cement and gypsum environments, extending the lifespan of your surfaces.

Reinforced Leno Weave Technology: Manufactured using glass yarn with Leno weave—a structure similar to steel reinforcement in RCC—for enhanced structural integrity.

Lightweight, High-Strength Fabric: Passed through a specialized Liquid Bath Process (LBP) for advanced alkali resistance without compromising on weight.

Superior Crack Resistance: Effectively prevents shrinkage, cracking, stretching, and distortion in plasters and joints, leading to low-maintenance, long-lasting finishes.

Enhanced Flexibility & Adhesion: Integrates seamlessly into gypsum and cement plasters, forming a tough yet pliable layer that adapts to a wide range of construction materials.

Corrosion-Free & Durable: Resistant to acid, alkali, salt, water, fungus, and bacteria—ensuring zero corrosion and maximum performance in all weather conditions.

Seismic & Impact Reinforcement: Offers additional protection against seismic vibrations and mechanical impact, making it ideal for high-risk zones and heavy-duty construction.

User-Friendly Installation: Easy to cut, lay flat, and install—no need for galvanized nails or expert labor, reducing both time and installation costs.