Gypsum Screw

High-Performance Fastening for Drywall & Plasterboard

Our Premium Gypsum Screws are specifically designed for secure and durable drywall installation. Featuring sharp, high-thread designs and phosphate-coated finishes, these screws ensure a strong grip, smooth penetration, and resistance to corrosion. Ideal for drywall, gypsum board, plasterboard, and light wood-to-metal applications, these screws are the go-to choice for contractors, builders, and DIY enthusiasts.

✅ Sharp Self-Tapping Thread – Provides superior grip and prevents loosening over time.

✅ Bugle Head Design – Ensures a flush finish without damaging the drywall surface.

✅ High-Quality Carbon Steel – Manufactured for strength, durability, and flexibility.

✅ Black Phosphate Coating – Offers corrosion resistance and improved adhesion with drywall compound.

✅ Fine & Coarse Thread Options – Suitable for wood studs, metal studs, and different drywall thicknesses.

✅ Multiple Drive Types – Available in Phillips Drive for easy and efficient installation.

✔ Fast & Efficient Installation – Sharp points enable smooth penetration without pre-drilling.

✔ Strong & Secure Hold – High-thread design ensures maximum grip and durability.

✔ Prevents Surface Damage – Bugle head allows for a clean, professional finish.

✔ Rust & Corrosion Resistant – Black phosphate coating enhances longevity and reliability.

✔ Versatile Use – Ideal for drywall, gypsum board, plasterboard, and wood-to-metal applications.

Specification

Details

Material

Carbon Steel

Head Type

Bugle Head

Point Type

Sharp Point

Thread Type

Coarse Thread (for wood) / Fine Thread (for metal studs)

Drive Type

Phillips Drive

Coating Options

Black Phosphate, Zinc-Plated

Available Sizes

3.5mm x 25mm, 3.5mm x 32mm, 3.5mm x 38mm, 3.5mm x 50mm, 3.5mm x 75mm

Tensile Strength

80,000 – 100,000 PSI

Applications

Drywall to Wood, Drywall to Metal, Ceiling Installation

🔹 Coarse Thread Drywall Screws – Best for wooden studs, ensuring a tight grip.

🔹 Fine Thread Drywall Screws – Ideal for metal studs, preventing stripping.

🔹 Self-Drilling Drywall Screws – Eliminates the need for pre-drilling, saving time.

🔹 Collated Drywall Screws – Used with automatic screw guns for faster installation.

🔸 Drywall to Wood Studs – Secure attachment with coarse-thread screws.

🔸 Drywall to Metal Studs – Fine-thread screws prevent stripping.

🔸 Ceiling Installations – Lightweight yet strong support for gypsum panels.

🔸 Partition Wall Construction – Reliable fastening for office and home interiors.

🔸 General Interior Renovation – Ensures a smooth and professional finish.

1. What is the difference between coarse and fine thread drywall screws?
Coarse thread screws are ideal for wooden studs, providing stronger grip and faster penetration. Fine thread screws are recommended for metal studs, reducing stripping and ensuring secure fastening.

2. Can gypsum screws be used for ceiling applications?
Yes, gypsum screws are commonly used for ceiling drywall installations, ensuring a secure and long-lasting attachment.

3. Do drywall screws require pre-drilling?
Sharp-point screws can be driven directly into wood. Self-drilling drywall screws are recommended for metal studs, eliminating the need for pre-drilling.

4. Are gypsum screws resistant to rust?
Yes, our gypsum screws feature black phosphate or zinc coatings that offer excellent corrosion resistance.

5. What screw length should I use for drywall installation?
½-inch drywall → Use 25mm (1") screws.
⅝-inch drywall → Use 32mm (1-¼") screws.
Double-layer drywall → Use 38mm (1-½") or longer screws.

✔ Easy & Quick Installation – Designed for efficient drywall and ceiling fixing.

✔ Enhanced Holding Power – Threads ensure a tight and vibration-resistant grip.

✔ Rust & Corrosion Resistant – Phosphate coating provides long-lasting durability.

✔ Perfect for Professional & DIY Use – Ideal for contractors, builders, and home projects.

For a strong, durable, and efficient drywall fastening solution, choose our Premium Gypsum Screws – built for precision, reliability, and long-term performance.