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ALUMINUM FORM-WORK DESIGN TO SUPERVISOR SERVICE
ALUMINUM PANEL GENERAL BUILDING INSTALLATION SEQUENCE
DAY 1
Draw lines based on structural drawing. Install re-bar. Work pipe line and electrical equipment.
DAY 2
Install wall, beam, soffit panels.
DAY 3
Install EB/MB and deck panels for slab.
DAY 4
Install re-bar on the slab and work pipe and electrical equipment.
DAY 5
Casting and curing of the concrete.
DAY 6~7
Take off the wall panel on the 6-day, and the deck panel on the 7-day.
AFTER 7th DAY
Move panels to the next floor except for prop heads and steel props.
FINISH
Clients are able to be satisfied.
ALUMINUM FORMWORK INSTALLATION
ALUMINUM COLUMN FORM INSTALLATION
FORMiS_Building.mp4FORMiS_Column.mp4RCPM-RCWM SYSTEM
251127_폼이즈 기술소개 영상_종편.mp4🏗️ Construction Method Comparison
🏗️ Construction Method Comparison
Aluminum Form-work VS Wood Form-work
Aluminum Form-work VS Wood Form-work
Category
1. Construction Speed
2. Precision & Finish Quality
3. Reusability
4. Labor Requirements
5. Cost (Initial/Long-Term)
6. Environmental Impact
7. Site Cleanliness & Safety
8. Design Flexibility
9. Best Use Cases
AL-Form (Aluminum Formwork)
⭐ Very fast (4–5 days per floor)
⭐ High (minimal plastering needed)
100+ uses possible
👥 Low (less skilled labor needed)
💰 High initial cost, low long-term
♻ Eco-friendly, low waste
🔒 Clean and safe working environment
🔧 Limited (less adaptable to custom designs)
🏢 High-rise, mass housing projects
STEEL-Plywood Formwork
⏱ Slow (labor-dependent)
△ Moderate (finishing required)
5–10 uses (disposable)
👷 High (requires skilled carpenters)
💸 Low initial, less efficient long-term
🗑 High waste generation
🧹 Potentially messy site
🔧 High (suitable for complex shapes)
🏠 Small-scale buildings, remodeling
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