K Rend Alkali Resistant Reinforcing Render Mesh 1.1m x 50m Roll (Green)
Strengthen your render system and enhance long-term durability with K Rend Alkali Resistant Reinforcing Mesh. Specially engineered to reduce cracking and improve the stability of render systems, this high-performance mesh is manufactured from premium glass-fibre strands coated with an alkali-resistant treatment.
This flexible scrim cloth is designed to reinforce base coats in K Rend systems, as well as other render types such as Portland cement, hydraulic lime, acrylic, and latex-based mortars. It helps manage structural movement and thermal stress, providing a tough, long-lasting finish that resists impact and wear. Easy to cut and apply, the K Rend mesh is ideal for both residential and commercial projects, ensuring a consistent, professional finish every time.
Key Features
- Enhances crack resistance in K Rend and other render systems.
- Constructed from woven glass-fibre with an alkali-resistant coating for superior durability.
- Reinforces base coats to resist building movement and thermal stress.
- Increases impact resistance for a stronger, longer-lasting surface.
- Improves adhesion between substrate and base coat as part of a fixing system.
- Flexible, lightweight, and easy to handle during installation.
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Roll size: 1.1m x 50m – ideal for covering large surfaces efficiently.
FAQs
What is the purpose of K Rend Reinforcing Mesh?
The K Rend Alkali Resistant Reinforcing Mesh is designed to strengthen and stabilise render systems. It helps prevent cracking, enhances adhesion, and improves impact resistance, ensuring a smooth and durable finish.
Can I use this mesh with render systems other than K Rend?
Yes, this mesh is compatible with a range of render types, including Portland cement, hydraulic lime, acrylic, and latex-based mortars. It’s a versatile reinforcement solution suitable for various substrates.
How do I install the mesh correctly?
To install, embed the mesh into the first coat of wet render or base coat, ensuring it’s positioned centrally within the layer. Overlap edges by around 100mm to maintain continuous reinforcement and prevent weak spots.