1inch Legs Drywall Steel Stud Metal Framing System

Steel drywall nails
It is an innovative steel drywall bolt that sets a new industry benchmark for high performance. Its patented design combines high-strength steel with other enhancements to achieve drywall frame nails that were unimaginable before.
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When we set out to develop this revolutionary drywall framing system, we hope it will be the best and most innovative. Therefore, we brought together professionals-people who deal with products every day. The drywall frame was developed, tested and approved on site. result? The performance of the gypsum board frame designed by professionals for professionals.
More importantly, our company's drywall frame is supported by comprehensive laboratory tests of strength, fire protection and sound insulation. Cooperation with it is not only a dream, but its performance can meet the requirements of today's building regulations. Our company is available worldwide.
For any questions about drywall frame products, please contact our company

Construction advantages:

• High-strength steel combined with low flange stiffening grooves and double offset webs can increase strength and provide greater ultimate height
• Diamond embossed web can improve rigidity and reduce flange fading and screw out during drywall installation
• Strong, lightweight studs, track cuts and handles are easier than regular flat steel studs
• Flange grooves provide sight line for gypsum board alignment and help locate screws at gypsum board seams to maintain 3/8" edge requirements
• The net and leg reinforcement in this product can provide straight and rigid members, making it the best choice for walls, headers, soffits and partitions

Table note:

When connecting materials of different thickness or tensile strength, use the lowest value. The values ​​in the table assume that two sheets of equal thickness have been connected.
The shear and stretch capabilities of the screw are developed using published screw manufacturer data and evaluation reports provided at the time of publication.
Screw capacity is based on allowable strength design (ASD) and includes a safety factor of 3.0.
When using multiple fasteners, it is assumed that the center distance of the screw is at least three times the nominal diameter (d).
It is assumed that the size from the axis of the screw to the edge of the steel is at least 1-1/2 times the nominal diameter (d) of the screw.
Stretching ability depends on the pulling ability of the paper closest to the screw head or the pulling ability of the paper closest to the screw head (based on the head diameter).
Screw capacity is determined by a conservative estimate of screw capacity, not by steel plate failure.
For higher screw capacity, especially screw strength, use specific screws from specific manufacturers. For specific permitted values ​​and installation instructions, please refer to the manufacturer's data