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One of the world's leading manufacturers and suppliers of self-drilling screws and fasteners. |
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Buildex Solutions for Steel Frame Fixing Applications.
Today’s Steel Framing applications offers many challenges to users; (A) with the use of thinner steel (B) the need for greater holding strength (C) the ability to transport frames / trusses without any loosening & (D) improved corrosion performance.
Buildex® has met these challenges head on and offers two new options for these specific applications.
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Click a screw image below to view it's video. |
Roofing Range
Buildex® have a diverse range of Roofing fixing Self Drilling Screws to cover most profiles be fastened to steel or timber structures. Available in Class3 and 4 standards
Batten-Zip Screws (Teks®)
For fixing Light Gauge Battens to Steel or Timber Trusses (For more details please contact your Buildex® Representative)
M5.5 - 11 x 40mm
GX® Screw (Thread forming)
For joining pre-punched holes in Frames and Trusses. Flush head style to prevent from sitting proud in dimpled holes.
M6 - 20 x 15mm Flush Head Thread Forming Screw
Flat Head Teks®
For joining steel frames together and give a flush finish allowing for boards and cladding to sit even
across the structure.
10 – 16 x 20 Flat Head Teks®
WingTeks®
For Flooring and Wall Cladding, drills a clearance hole in compressed sheeting and other cladding boards before drilling and tapping a thread into steel structure.
10 – 16 x 40 / 45mm CSK Ribbed Head Winged Teks (For all sizes go to page 20)
FibreTeks®
For fixing Fibre Cement to steel frames and with the screw head fitting flush to Non Compressed sheet.
10 – 16 x 25 CSK Ribbed Head Teks®
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Product Features |
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Buildex® Warranty |
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E-coat® |
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How To Use |
1. |
Use no. 2 Phillips driver bit with screwdriver (Teks Gun) set to HIGH speed (approx 2500 rpm). |
2. |
Push sharply on screwdriver to create a starting point. |
3. |
Drive screw keeping a firm end pressure on screwdriver until screw is set place, being careful not to damage washer. |
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For surfaces where a flat head screw is required be it joining of frames, support braces or allowing cladding to fit flat onto flames. Buildex® new Flat Head Teks offers features such as, Serrations under the head to reduce drill torque and improve strip torque, ability to drill up to 4mm steel for lapped sections. Screws are protected with E-Coat1000 for improved Corrosion performance and drilling performance of the screw. (Coming soon in Collation, to help speed up production). |
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Gauge |
T.P.I / Length |
Pack / Carton Qty |
Pallet Qty |
Part Number |
Finish |
4.8mm / 10g |
16 x 20 |
1000 / 6 |
432,000 |
6-311-0675-5EC |
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Flat Head Tek® Screws Collated (Coming Soon)
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Gauge |
T.P.I / Length |
Pack / Carton Qty |
Pallet Qty |
Part Number |
Finish |
4.8mm / 10g |
16 x 20 |
1000 / 18 |
180,000 |
6-318-0675-6EC |
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Product Features |
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Buildex® Warranty |
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Climaseal® 3
(AS3566 Class 3) |
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How To Use |
1. |
Always check hole sizes before starting and make sure they are within tolerance for optimum screw performance. |
2. |
Using a No3 Phillips bit with impact driver tool. |
3. |
Insert screw to punched hole and drive until seated material is clamped. |
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For Pre-punched holes Buildex® offers GX Thread screw extrudes your material outwards increasing with under head serrations to improve strip torque.
Improved fastening performance in light or heavier gauge steel house frames and trusses with GX feature by extruding material outwards to thicken the hole wall. Screws are coated with Climaseal® for the corrosion protection to meet with that of your steel. |
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Gauge |
T.P.I / Length |
Pack / Carton Qty |
Pallet Qty |
Part Number |
Finish |
M6 |
20 x 15 |
5000 |
420,000 |
6-201-0021-1 |
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GX Thread |
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Always check with your Buildex® representative for the correct hole sizes before using GX screws.
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Technical Specifications (kN = Kilo Newtons, nM = Newton Metres) |
Screw Gauge |
Single Shear (kN) |
Axial Tensile (kN) |
Torsional Strength (Nm) |
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4.8mm / 10g - 16 |
6.8 |
11.9 |
8.4 |
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M6 - 20 |
10.8 |
20.6 |
19.6 |
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Values given are averages obtained under laboratory conditions.
Appropriate safety factors should be applied for design purposes. |
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