Gypsum Plastering and Wall Levelling

The truth beneath the paint: the flatter the wall, the kinder the light — Istanbul-standard gypsum plaster builds that flatness.

  • Laser-Set Screed Rail System
  • Machine Plaster: Uniform, Seamless Surface
  • Corner Beads & Mesh Reinforcement As Standard
  • Contractual Workmanship Warranty
Gypsum Plastering and Wall Levelling

Gypsum plaster is the standard carrier surface of interior walls and ceilings: applied over brick, AAC block or raw concrete, it prepares the ground for paint and decorative coats that forgive nothing under raking light. At EMC Decor, application starts with screed rails: set by laser, they control coat thickness at every point, and every surface is verified against the straightedge.

We prefer machine application: the mix is uniform, pumped onto the wall, and large surfaces are covered seamlessly in one pass. Corner beads at door and window reveals, and mesh reinforcement at material junctions (concrete-to-brick, drywall-to-masonry) are standard — cracks start at these transitions, so we reinforce them from the outset.

Why EMC Decor

Laser-set rail system: straightedge-verified flat surfaces

Machine plastering: uniform mix, seamless large surfaces

Corner beads and mesh reinforcement as standard — cracks prevented

Fast drying: satin- and paint-ready in 3–7 days

The Challenges You Face, Our Fix

RISK 01: Hand-troweled walls that ripple and fail the straightedge test

SOLUTION: Laser-set rails keep coat thickness identical at every point; every stage is checked with the straightedge.

RISK 02: Cracks opening up at concrete-to-brick or drywall-to-masonry junctions

SOLUTION: We reinforce material transitions with suitable mesh and joint detailing to reduce the risk of junction cracks.

RISK 03: Plastering AAC block without primer causes the coat to 'burn' and flake

SOLUTION: A primer chosen by absorbency test balances the moisture, letting the coat cure properly.

BEFORE / AFTER

Gypsum Plastering and Wall Levelling — BeforeGypsum Plastering and Wall Levelling — AfterBeforeAfter

What This Service Includes

1. Surface Check & Priming

Level survey, absorbency test and applying the primer matched to the surface.

  • Laser-level wall flatness check
  • Surface-specific absorbency testing
  • Applying absorbency-regulating primer

2. Rails, Beads & Machine Plastering

Laser-set rails and corner beads, mesh reinforcement and base-coat machine application.

  • Laser-guided rail and corner-bead installation
  • Mesh reinforcement at material junctions
  • Pump-sprayed uniform mix

3. Straightedge Cutting & Drying Control

Excess material cut back with the straightedge, trowel-closed surface and moisture tracking.

  • Straightedge cutting of excess plaster
  • Trowel-closing to a smooth finish
  • Moisture-meter drying tracking

Process

  1. 1. Surface Check

    Level survey, absorbency test and primer selection.

    Duration: 0.5 day

  2. 2. Priming

    Absorbency-regulating primer applied to the full surface and left to dry.

    Duration: 0.5 day

  3. 3. Rails & Beads

    Laser rail set-up, corner beads and mesh at junctions.

    Duration: 0.5–1 day

  4. 4. Plastering

    Machine spraying, straightedge cutting and trowel closing.

    Duration: 80–120 m²/day

  5. 5. Check & Drying

    Straightedge and light checks, moisture tracking; sign-off for the satin coat.

    Duration: 3–7 days

  6. 6. Handover

    Moisture reading report and photo handover; sign-off for the next coat.

    Duration: 0.5 day

Gypsum plaster is priced per m²; thickness and ceiling work carry separate unit rates.

Get a Project Estimate

Frequently Asked Questions

What thickness is gypsum plaster applied at?

Standard is 8–15 mm; areas over 25 mm need layered application or a base fill first. We map thicknesses during rail set-up and write them into the quote.

Can you plaster AAC block directly?

Yes, but never without primer: AAC absorbs water fast and 'burns' the plaster. An absorbency-regulating primer balances the moisture so the coat cures properly.

What causes plaster cracks?

Three main causes: no mesh at material junctions, forced drying (overheating) and plastering weak surfaces without primer. All three are prevented by process discipline — and we back the material we use with a warranty.

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