1. Product Types
- Backless stool
- Low‑back stool
- Full‑back stool
- Armrest stool
- Swivel stool
- Fixed stool
- Pedestal stool
- Floor‑mounted stool
2. Ergonomics & Comfort
Seat height: 750–780 mm
Seat depth: 420–470 mm
Seat width: 480–550 mm
Backrest height: 250–300 mm above seat
Armrest height: 220 ±20 mm above seat
Footrest height: 300–320 mm below seat
Seat to counter clearance: 250–300 mm
Backrest recline: approx. 95–105°
3. Upholstery Construction
Typical layer construction:
- Upholstery cover (fabric / leather / vinyl)
- Dacron / fiber wrap
- High resilience foam (35–45 kg/m³ seat; 25–30 kg/m³ back)
- Elastic webbing support
- Molded plywood seat shell (12–18 mm)
- Reinforcement blocks
- Steel or hardwood structural frame
4. Stitching Options
- Single seam
- Double seam
- French seam
- Piping / welt
- Channel stitching
- Diamond quilting
- Blind stitch
Thread recommendation:
UV‑resistant contract polyester thread, minimum 6 stitches/cm
5. Frame & Structural Materials
Frame materials:
- Powder coated steel
- Stainless steel
- Solid hardwood (oak, ash, beech)
Important structural elements:
- Welded frame joints
- Reinforced seat mounting plate
- Stainless steel footrest wear protection
6. Durability Requirements
Cruise ship furniture must withstand heavy guest traffic.
Typical performance targets:
- ≥200–250 kg static load
- Upholstery ≥50,000 Martindale abrasion
- Reinforced weld joints
- Replaceable glides and wear parts
- Chemical‑resistant finishes
7. Wear Zones
Areas exposed to the highest stress:
- Seat front edge
- Footrest
- Armrests
- Backrest top edge
- Frame weld joints
8. Bar Layout Planning
Recommended planning dimensions:
Width per stool: 600–750 mm
Rear clearance: 900–1100 mm
Light circulation: 450 mm
9. Recommendation:
Work with a suppleir that has
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Marine compliance (IMO / SOLAS / FTP code / MED)
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Ability to handle large volume
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Installation capability at shipyard
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Experience with cruise class projects
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Financial stability
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Delivery reliability
