Collated drywall screws feature a unique design that allows for quick and efficient fastening of drywall to wood or metal studs. These screws come in strips, which are loaded into a specialized screw gun, enabling the user to drive multiple screws without the need for manual loading. This significantly speeds up the installation process. The screws typically have a sharp point and an aggressive thread design that ensures they penetrate the drywall smoothly and grip the underlying material securely, reducing the risk of the drywall paper tearing. Additionally, collated drywall screws often feature a bugle head that helps to countersink the screw just below the surface of the drywall, allowing for a smooth finish once joint compound is applied. Available in various lengths and coatings, these screws cater to different thicknesses of drywall and offer resistance against corrosion, making them suitable for both interior and exterior applications.
Collated drywall screws are widely used in various applications, including:
Residential Construction: For installing drywall in homes, apartments, and condominiums.
Commercial Construction: In the construction of offices, retail spaces, and other commercial buildings.
Remodeling and Renovation: For replacing or repairing existing drywall during home or office renovations.
DIY Projects: For homeowners and DIY enthusiasts who are undertaking their own drywall installation projects.
Industrial Applications: In industrial settings where drywall is used for partition walls or as a finishing material.
Common surface treatments for collated drywall screws include:
Phosphate Coating: This treatment provides a basic level of corrosion resistance and is often used for indoor applications where moisture exposure is minimal.
Zinc Plating (Galvanization): Zinc plating offers better corrosion resistance compared to phosphate coating. It is suitable for both indoor and some outdoor applications, especially in areas with moderate humidity.
Yellow Zinc Plating: Similar to regular zinc plating, but with an added chromate layer that provides enhanced corrosion resistance and a more aesthetically pleasing finish.
Stainless Steel: Stainless steel screws provide the highest level of corrosion resistance and are ideal for high-moisture environments or outdoor applications. They are also more expensive than other treated screws.
Epoxy Coating: Some screws may be coated with epoxy, which provides a durable, corrosion-resistant finish and can also enhance the screw's appearance.
Size(mm) | Size(Inch) | Size(mm) | Size(Inch) | Size(mm) | Size(Inch) | Size(mm) | Size(Inch) |
3.5*12 | #6*1/2 | 3.5*65 | 4.2*13 | 4.2*102 | |||
3.5*16 | 3.5*75 | 4.2*16 | 4.8*51 | ||||
3.5*19 | #6*3/4 | 3.9*20 | #7*3/4 | 4.2*19 | 4.8*65 | ||
3.5*25 | #6*1 | 3.9*25 | #7*1 | 4.2*25 | #8*1 | 4.8*70 | |
3.5*29 | 3.9*30 | #7*1-1/8 | 4.2*32 | #8*1-1/4 | 4.8*75 | ||
3.5*32 | #6*1-1/4 | 3.9*32 | #7*1-1/4 | 4.2*34 | 4.8*90 | #10*3-1/2 | |
3.5*35 | #6*1-3/8 | 3.9*35 | #7*1-3/8 | 4.2*38 | #8*1-1/2 | 4.8*100 | #10*4 |
3.5*38 | #6*1-1/2 | 3.9*38 | #7* 1-1/2 | 4.2*40 | #8*1-5/8 | 4.8*115 | #10*4-1/2 |
3.5*41 | #6*1-5/8 | 3.9*40 | #7* 1-5/8 | 4.2*51 | #8*2 | 4.8*120 | |
3.5*45 | #6*1-3/4 | 3.9*45 | #7* 1-3/4 | 4.2*65 | #8*2-1/2 | 4.8*125 | #10*5 |
3.5*51 | #6*2 | 3.9*51 | #7* 2 | 4.2*70 | 4.8*127 | ||
3.5*55 | 3.9*55 | 4.2*75 | #8*3 | 4.8*150 | #10*6 | ||
3.5*57 | #6*2-1/4 | 3.9*65 | #7* 2-1/2 | 4.2*90 | #8*3-1/2 | 4.8*152 |
Note
We offer tailored screw solutions to your specific needs, with various options of materials, screw coatings, head/thread/point/shank types, and sizes.
