S-Brick Mini Paver

Slim pavers with tumbled-round edges for paths & patios

S-Brick Mini Paver Malaysia delivers a 100×50×28 mm slim module with tumbled-round edges (no sharp corners). The fine-aggregate surface reads modern and consistent, while the low thickness makes it fast to lay for paths, courtyards, terraces and stepping routes. Best for foot-traffic areas; fill joints with sand or fine gravel for a natural look.

Available Colors

LSMP RED

LSMP BEIGE

LSMP BROWN

LSMP SRED

LSMP SBEIGE

LSMP SBROWN

S-Brick Mini Paver — Product Specification

Dimension (L × W × H)	100 × 50 × 28 mm
Weight / pc	± 0.3 kg
Packaging	8 pcs/bundle · 4,032 pcs/pallet (≈504 bundles)
Colours	Red, Beige, Brown (speckled options available)
Edge profile	Tumbled / rounded (no sharp corners)
Usage note	Foot-traffic applications only; not for vehicle loads.

S-Brick Mini Paver (LSMP) – Coverage Calculator

Calculation type

Orientation (linear) Stretcher uses 100 mm; Header uses 50 mm + joint.

Joint width (mm) Typical 6–10 mm. Face fixed at 100 × 50 mm.

Area

Enter area. Switch units if your plan is in ft².

Wastage allowance (%) Common practice: 5–10% for cuts & offcuts.

Module (incl. joint):–

Coverage:–

Adjusted area/run (incl. wastage):–

Pieces required (rounded up):–

Bundles required (8 pcs/bundle):–

Pallets required (4,032 pcs/plt):–

Estimated total weight (±0.3 kg/pc):–

How this is calculated

Fixed face 100 × 50 mm. Module with joint: (100+J) × (50+J) mm.
Surface: pcs/m² = 1 ÷ [((100+J)/1000) × ((50+J)/1000)].
Linear: pcs/m = 1000 ÷ (edge along run + J), edge = 100 mm (stretcher) or 50 mm (header).
Adjusted value = input × (1 + wastage%). Bundles = ceil(pcs ÷ 8). Pallets = ceil(pcs ÷ 4,032). Weight ≈ pcs × 0.3 kg.

Key Feature

Slim module with tumbled-round edges for a softer, contemporary line.
Clean, colour-consistent finish in Red, Beige and Brown (speckled options available).
Versatile laying patterns - stretcher, header, basket-weave and herringbone inlays.
Foot-traffic only - ideal for paths, courtyards, terraces and stepping routes.