I. Core Steps: From Planning to Completion
1. Preliminary Planning
Measure the Space: Use a tape measure to determine the length and height of the partition wall, and mark the floor and ceiling positioning lines.
Design the Frame: Choose a wood or metal frame (6065-T6 aluminum alloy is recommended for its lightness and corrosion resistance).
Compliance Check: If the partition wall height is greater than 6 feet (approximately 1.8 meters), check local building codes.
2. Materials and Tools List
Material | Purpose | Recommended |
Frame Material | Support Structure | 2×4" pine studs or aluminum alloy profiles |
Panel Material | Covering Frame | Fireproof board, multi-layer board, or gypsum board (Class A fireproof) |
Soundproofing Material | Enhanced Sound Insulation | Rockwool, sound insulation felt, or polyester fiber batting (density ≥ 40 kg/m³) |
Sealing Strips | Edge Sound Insulation | Rubber or silicone sealing strips |
Fixers Attach | Frame to Wall | Self-tapping Screws |
Tools | Purpose |
Electric Drill/Impact | Drill Drilling and Fixing Screws |
Handheld Saw (Circular Saw/Jig Saw) | Cutting Studs and Panels |
Tape Measure/Pencil | Measuring and Marking |
Level | Ensure frame is plumb |
Safety glasses/gloves | Protective equipment |
3. Installation Process
Step 1: Assemble the Frame: Cut the studs to the design dimensions to form a rectangular frame (double studs are required for door opening support). Connect the studs with metal brackets or wood screws, ensuring tight joints.
Step 2: Securing the Frame: Secure the bottom of the frame to the floor with expansion bolts (pre-drilled holes in the concrete) and the top to the ceiling with self-tapping screws. Use a level to adjust the verticality to within 3mm.
Step 3: Sound Insulation: Fill the frame with rock wool or sound insulation felt (≥50mm thick) to prevent compression deformation. Install rubber pads between the panel and frame to reduce resonance.
Step 4: Install the panel: Cut the fireproof board or multi-layer board to the frame size and secure with an air nail gun or screws (spacing ≤15cm). Seal the edges with sealant to prevent sound leakage.
Step 5: Finishing: Fill the screw holes, sandpaper, and apply fire-retardant paint or environmentally friendly paint.
II. Key Details: Sound Insulation and Fire Protection Enhancement Plan
1. Sound Insulation Optimization Techniques
Double-layer Structure: The panel utilizes a composite layer of "gypsum board + fireproof board," leaving a 2cm air gap in between.
Sealing: All joints are sealed with soundproofing adhesive, and door frames are fitted with furring strips to prevent sound leakage.
2. Fire Safety Measures
Material Selection: Use Class A non-combustible material (such as calcium silicate board) for the panel, and apply fire-retardant paint to the frame. Circuit Protection: If recessed lighting is required, enclose the wiring in fireproof conduit and install a circuit breaker.
Testing Standard: Meets international standard B1 or higher requirements.
III. Common Problems and Solutions
Q1: What should I do if the partition wall is wobbling?
Add lateral support studs (spacing ≤ 1.2 meters) and install anti-slip mats at the bottom.
Q2: Unsatisfactory sound insulation?
Check the sealant strips for integrity and the filling material for compaction. Install a second layer of sound insulation if necessary.
Q3: Cleaning and Maintenance.
Wipe the panels with a soft cloth, avoiding the use of corrosive cleaners. Regularly check the sealant strips for signs of wear.
IV. DIY vs. Professional Construction
The advantages of DIY construction include savings of 30%-50% and the ability to adjust the design at any time, but basic carpentry skills are required. Professional construction, on the other hand, offers standardized work, a low error rate, and certified employees who comply with building codes.
