Home & Wellness6 min read

Bathtub & Sanitaryware Manufacturing

Complete acrylic sanitaryware production facility

Machine: PF1 SeriesMaterial: Acrylic-capped ABS, PMMARegion: Middle East
Bathtub & Sanitaryware Manufacturing

The Challenge

Setting up a complete bathroom sanitaryware manufacturing facility from scratch, producing acrylic bathtubs, shower trays, and wash basins for the growing Middle Eastern housing market. The products needed to match European quality standards while being manufactured locally.

The Solution

A complete production system was designed around vacuum forming technology, covering the entire workflow from raw acrylic sheet to finished, assembled sanitaryware products.

Manufacturing Process

1

Vacuum Forming: Acrylic-capped ABS sheet is heated and formed over aluminum molds

2

GRP Reinforcement: Formed shells are sprayed with fiberglass-reinforced polyester (FRP) on the underside for structural strength

3

CNC Trimming: Edges trimmed and holes cut for taps, waste outlets, and overflow

4

Edge Finishing: Polishing and buffing for a clean finish

5

Assembly: Cradle brackets, feet, and hardware fitted

Why Acrylic Sanitaryware?

Acrylic sanitaryware offers significant advantages over traditional ceramic:

  • Warm, pleasant feel to touch (low heat conductivity)
  • Wide range of colors with excellent color fastness
  • Scratch-removable surface — minor scratches can be buffed out
  • No yellowing over time
  • Pore-free and hygienic — no bacterial growth
  • Lightweight — easy installation, lower shipping costs
  • High-gloss surface — premium appearance
  • Flexible design possibilities — complex shapes possible

Product Range

The facility produces a complete sanitaryware range: standard, corner, and freestanding bathtubs; shower trays in various sizes and profiles; countertop and wall-mounted wash basins; whirlpool and jacuzzi baths; and shower enclosures.

The Outcome

The project demonstrated that thermoforming is the ideal process for sanitaryware manufacturing — offering lower mold costs, faster production cycles, and greater design flexibility compared to traditional ceramic or cast processes. The acrylic surface quality matched or exceeded European standards.

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