USES

Crack fillers are used across residential, commercial, and industrial spaces for repairing:

• Cracks in internal/external walls and ceilings
• Hairline and structural cracks in plaster and concrete
• Floor cracks in driveways, terraces, and industrial slabs
• Water seepage points in bathrooms, basements, and roofs
• Control joints and gaps around doors/windows

METHOD OF USE

Surface Preparation

• Clean the crack area thoroughly to remove dust, loose particles, grease, and moisture.
• For structural cracks, widen the crack slightly (V-groove) to ensure proper filler penetration.
• Dampen the surface lightly before applying cement-based fillers. Do not leave standing water.

Application

• Cement-based: Mix with clean water to a creamy consistency and apply with a putty knife or trowel.
• Epoxy-based: Mix resin and hardener as per manufacturer instructions. Inject or trowel into cracks.
• Acrylic-based: Apply directly from cartridge or tub using a putty knife. Smooth surface immediately.

Curing

• Cement-based fillers should be cured with water lightly after initial setting for 24 hours.
• Epoxy and acrylic fillers generally self-cure; avoid water or disturbance during curing period.
• Ensure proper drying before painting or waterproofing (typically 24–48 hours).

KEY FEATURES

• Flexibility: Acrylic fillers accommodate thermal movement and prevent crack recurrence.
• Water Resistance: Blocks moisture ingress, preventing seepage and dampness.
• Paintability: Once dry, surfaces can be sanded and painted over seamlessly.
• Non-Shrinking: Formulated to retain volume post-curing for long-lasting results.
• Fiber Reinforcement: Some fillers include microfibers for added strength and bridging ability.
• Ease of Use: Available in multiple forms—paste, powder, or cartridge—for convenient application.
• Weather & UV Resistance: Suitable for internal and external repairs.

PRECAUTIONS

• Always select filler type based on crack nature (static/dynamic) and substrate material.
• Avoid application during extreme temperatures (below 10°C or above 40°C).
• Use protective gear—gloves, goggles—during mixing and application.