WALL PARTITION

Gypsum board wall partition: 

Gypsum board. also called plasterboard or drywall can be used to partition any interior and are the preferred choice of construction for a range of applications, in homes, hotels, hospitals, schools, theatres, and industry. They are strong and robust (drywalls of up to 15 metres high have been built) and can typically last the lifetime of a building unless they are subjected to abuse or alteration.

SPECIFICATION:

THICKNESS

(mm)

WIDTH

(mm)

LENGTH

(mm)

WEIGHT

(kg/m2)

9.5

1200/1220

2400/2440

7.2

12

1200/1220

2400/2440

9.0

15

1200/1220

2400/2440

11.5

9.5

1200/1220

2700

7.2

12

1200/1220

2700

9.0

15

1200/1220

2700

11.5

9.5

1200/1220

3000

7.2

12

1200/1220

3000

9.0

15

1200/1220

3000

11.5

 

Galvanized steel profiles: studs, tracks, channels and angles are used for wall partition. 

steel studs and track systems offer practical and economical solutions for screwfixing plasterboard to internal non-load bearing partitions, fire and acoustic rated walls, stairwells, bulkheads and corridor ceilings. 

Partitioning System is suitable for use in commercial and domestic buildings where it is necessary to provide strong non-load-bearing partitions. There is a wide range of partition thickness available for heights of up to 12m. The system is economical and can be erected easily. When installing the system, it is advisable to use and electrically or battery-operated screw gun. It is necessary to ensure that electric cables can pass through the studs that are protected by grommets.

 

Benefits

  • The metal system is accurate and solid, and will not move over time or with changes in temperature.
  • There is a wide range of stud widths from 50mm to 146mm to meet varying requirements.
  • It is a fast and clean system to erect that allows services to pass through easily.
  • All sections fit together easily and door frames are formed very simply.

 

Sectors

  • Residential
  • Healthcare education
  • Student accommodation
  • Hotels
  • Education
  • Commercial
  • Retail

 

Specifications

Thickness:0.3-1.2mm

Surface: Galvanized Zinc coating is 40-300g/m2

Technology:adopting high-grade quality hot-dipped galvanized steel,The products surface zero spangle,and intensity toughness, besides, it can add 20% more than common product

Packing: loose bundle package each 8pcs or 10pcs, 12pcs, 20pcs, etc.  

 

Specification for Asia:

Main Channel

38x12

Furring Channel

68x35x22

Wall angle

25x25

C stud

50x35

C Stud

70x35

C stud

75x35

U track

52x25

U track

72x25

U track

75x25

 

 

Specification to Australia:

top cross rail

25x21x0.75

25x21x0.75

Furring Channel

28x38x0.55

16x38x0.55

Furring Channel track

28x20x30x0.55

16x20x30x0.55

Stud

64x33.5x35.5

76x33.5x35.5x0.55

Stud

92x33.5x35.5x0.55

150x33.5x35.5x0.55

Track

51x32x32x0.55

64x32x32x0.55

76x32x32x0.55

Track

92x32x32x0.55

 

 

Specification to Europe, Russia; Ukraine;Georgia. etc.

C Stud

60x27

U track

28x27

C stud

50x50

C stud

75x50

C stud

100x50

U track

50x40

U track

75x40

U track

100x40

 

 

Wall partition

Wall partition system 

Support channel

Wall partition support system

Wall partition 

Studs, track with support channel

Working With Steel Studs writen by Harrison Kral 

How would you like to be able to frame a perfectly straight wall each and every time? Using studs that won’t split or crack, and so light that you could carry 20 of them at once? If this sounds good to you, consider using steel studs for your next project. When you add in steel’s other benefits — it won’t burn or rot or get eaten by insects — we’re confident that these tips from our pro will make you think about steel.

 

Don’t lay track over a door opening

There are two basic steel framing components: studs and tracks. The track functions as the top and bottom plates. Lay out your walls and openings just like you would with wood, but when you install the bottom plate, don’t run the track across the door openings. You can’t use your recip saw to cut the opening out later, as you can with wood. Concrete screws (Tapcon is one brand) work well to attach the track to concrete.

 

To cut, snip both sides, then score

Most home centers sell circular and chop saw blades designed for cutting studs, but Joe prefers a quieter and less messy approach. He cuts both sides with snips and scores a line on the back. After bending the stud back and forth a few times, he ends up with a burr-free cut. No need for hearing protection and no metal shavings sticking to your boots. Caution: Steel studs and tracks are sharp. Joe is a pro—you should wear gloves.

Use a stud to locate the top plate

Unlike wood, steel studs are reliably straight. Cut one stud to size and use that, along with a level, to mark the location of the top plate at both ends, and snap a line to guide placement. Don’t worry about cutting your studs to fit perfectly. It’s completely unnecessary. This is a great advantage if you’re working on an uneven floor. You can cut steel studs about 1/4 in. shorter than the actual measurement.

Protect your cords and yourself

Accidentally stepping on an extension cord that’s draped over a sharp track is a perfect way to cut your cord. To avoid potentially shocking developments, Joe takes a scrap chunk of track, flips it upside down and puts it under the cord.

Use the track for blocking

Top plates that run parallel to joists often need to be fastened to braces. You could use wood, but Joe prefers to use scrap pieces of track instead. Just cut the sides of the track and fold them out. Then fasten the track to the underside of the joist with drywall screws.

Cut a kerf in the blocking

Like doors, cabinets and other heavy objects need extra support. You can use plywood or 2x4s, but make sure you cut a kerf in it to accept the lip on the inside of the stud. If you don’t, that lip of the stud will press against the support board and twist the stud, creating a bow in the wall.

Lay out studs from the back of inside corners

Drywall is hung a little differently on steel framing. Drywall sheets don’t butt up to each other at inside corners. One of the sheets will be slid all the way to the back of an inside corner (see “Leave the Last Stud Loose at Inside Corners” on p. 113). So, when you lay out the stud locations, slide your tape measure all the way to the back of the track. Joe clamps his tape into place with a spring clamp. He clamps it several inches away from the end to avoid damaging the tang (steel tab).

Build up the bottom plate

Base trim can still be installed with trim screws. If you don’t like the look of the screw heads, you can install two layers of 2×4 plates instead of steel track. With 3 in. of wood under the track, you’ll be able to nail all the base trim just as you would a wood-framed wall. Over concrete, make sure you use treated wood for the bottom plate.

Install track as a header

Use a section of track as a header on those interior openings that aren’t load bearing. Cut the track 3 or 4 in. wider than the opening, cut the sides and use a rafter square as a guide to bend them back. Have the open side of the track face up so you can slide in the cripple studs if you need them.

Use wood bucks to hang a door

It’s a hassle to hang a door directly onto steel studs. Instead, frame the openings 3 in. wider and 1-1/2 in. higher and use drywall screws to fasten 2×4 bucks on the inside of the steel opening, then hang your door from the wood bucks. The bucks are also there for nailing on the casing. Slide a plastic shim under each side 2×4 if the wood is going to be in direct contact with a concrete floor.

Leave the last stud loose at inside corners

The proper way to drywall an inside corner is to slide the first sheet all the way into the inside corner and then fasten the last stud on the wall adjacent to the drywall. To do this, you’ll need to leave that last stud loose until the drywall goes up. This method may seem a little goofy, but it requires fewer studs, and it results in an extremely stable joint. When laying out the tracks, make sure you leave a gap for the drywall to slide in.

Leave the last stud loose at ‘T’ intersections too

Similar to handling inside corners, leave the last stud loose on the wall that makes up the stem of a “T” intersection. After the drywall is hung, that last stud on the intersecting wall will be fastened to the drywall. Once again, this method requires fewer studs and results in a rock-solid joint that’s almost guaranteed not to crack the drywall mud. Leave the top and bottom tracks short to allow room for the drywall to slide behind.