SN FloorTop® 100

SN FloorTop® 100 is a premium pre-mixed floor hardener composed of high-quality clinker, selected mineral aggregates, performance admixtures, and engineered additives. It is applied as a dry shake onto freshly placed concrete to enhance abrasion/impact resistance, improve slip resistance, impart uniform colour and surface texture, and increase overall floor durability.

• Aircraft hangars
• Basements and cellars
• Mechanical workshops
• Garages for light vehicles
• Storage rooms
• Corridors and halls
• Parking areas
• Loading platforms

• Not for use where operating/service conditions require a metallic-aggregate hardener for higher abrasion/impact resistance.
• Not for use in areas exposed to acids and their salts or materials that rapidly attack/deteriorate Portland cement concrete.

SN FloorTop® 100 is packed in 25 kg moisture-resistant bags.

Depth of Wear (Thickness Loss) — mm

Weight Loss — gm

The Concrete (Minimum Requirements)

Surface Preparation & Timing

• After placement, level with straightedge and compact by vibration.
• Float with a wooden float, keeping the surface open.
• Remove all bleed water — do not use sponge/absorbent materials.
• Broadcast lightly along bay edges (~80 mm wide) at construction/expansion joints and work in with a wooden float.
• Apply when surface moisture is optimal (neither too wet nor too dry). At 35–45°C, typical waiting time is ~30–40 minutes (longer at lower temperatures).

Dry-Shake Application (Two-Stage Method)

1. Using a raised trestle system, broadcast ~two-thirds of the required material evenly by hand.
2. Allow moisture absorption until the surface shows a uniform darkened appearance.
3. Work into the surface using a wooden float or a power float fitted with float plates.
4. Apply the remaining one-third once the first application has been worked in and the surface is ready.
5. After absorption, refloat/power-float as needed to achieve uniform consolidation and finish.
6. Final finishing may be carried out with blades when the concrete has hardened sufficiently (avoid burning the surface).

Typical application rate ranges depending on service intensity and design requirements.

Curing is essential. Cure the finished surface immediately after final finishing using a suitable curing method (curing compound or wet curing as per site practice) to minimize moisture loss and improve performance.

• Protect the floor from rapid drying (wind/sun) during finishing and early curing.
• Avoid contamination during curing; restrict access until adequate strength is achieved.
• Prevent water ponding and premature heavy loading during early life.

Clean tools and equipment using water immediately after use (before material hardens).

Saw-cut contraction joints as per slab design and site plan. Timing depends on temperature and concrete set. Avoid damaging arrises; keep sawing consistent across the floor area.

• Store in a dry, sheltered place in unopened original packaging.
• Protect from moisture; keep bags off the ground and covered.
• Use stock on a first-in/first-out basis.

• Ensure uniform application to avoid shade variation and weak zones.
• Do not overwork the surface or add water during finishing.
• Follow curing best practice to achieve full performance and minimize cracking/dusting.
• Final appearance depends on concrete quality, timing, finishing technique, and curing conditions.