Endless Delays

Traditional brick-and-concrete builds take 6+ months. Rainy seasons drag it out further, while material and labor costs keep climbing.

Budget Blowouts

The quote says one number, the final bill says another. Hidden extras and change orders catch you off guard every time.

Unpredictable Quality

Workmanship varies wildly. Cracked walls, leaks, poor soundproofing — you only discover the problems after moving in.

 No After-Sales Support

Once the crew leaves, they're gone. Small workshops vanish when problems arise, leaving you with no one to call.

Seismic Safety

9-Richter Resistant

Light steel's flexible structure absorbs seismic energy — far superior to rigid brick-and-concrete

Wind Resistance

Withstands Category 12 Typhoons

High overall rigidity + corrosion-resistant galvalume steel — peace of mind in coastal regions

Rapid Construction

30-Day Structural Completion

Factory prefab + on-site assembly — 50–70% shorter build time

Energy Efficient

40–60% Lower Energy Costs

Dual-layer insulation + moisture barrier, 90%+ material recyclability

Precision & Control

Final Cost = Quoted Cost

Factory-cut materials, no hidden extras, fully transparent pricing

Acoustic Comfort

Sound Insulation ≥45dB

Multi-layer composite walls outperform 240mm brick walls

Main Steel Material

High-strength galvalume light steel keel, yield strength ≥550MPa

Keel Wall Thickness

0.8mm / 1.0mm / 1.2mm (selected by load requirements)

Coating Standard

AZ150 Galvalume, double-sided ≥150g/㎡

Design Service Life

50–70 years

Seismic Resistance

8–9 on the Richter scale

Wind Resistance

Category 12 typhoon

Fire Rating

Class II

Exterior Finish

Metal carved panel / Fiber cement board / Culture stone

Per selection

Insulation Layer

Glass wool / Rock wool

75–100mm

Structural Layer

Light steel keel + OSB board

89–140mm

Vapor Barrier

Breathing membrane (moisture barrier)

—

Interior Finish

Gypsum board / Calcium silicate board

9.5–12mm

Overall Wall Thickness

150–250mm

Thermal Transmittance (U-value)

≤0.35 W/(m²·K)

① Requirements Discussion

Day 1–3

Understand site, area, style, and budget; provide preliminary concept

② Design & Planning

Day 4–10

Architectural plan + structural design + 3D renderings; sign contract upon approval

③ Factory Production

Day 11–25

Precision fabrication per drawings; quality inspection, then package and ship

④ Foundation Work

Day 11–20

Runs parallel with production; strip/raft foundation on-site

⑤ Frame Assembly

Day 26–45

Keel framework + enclosure + roofing; structure enclosed in 30 days

⑥ Fit-Out & Handover

Day 46–75

Interior finishes + plumbing + bathroom + kitchen — move-in ready