Anchor Screws

Corrosion, heat and fire-resistant properties with moderate structural rigidity.

Steel provides hardness, structural rigidity and durability.

Have a flat top with a countersunk bottom. They sit flush with the surface they are installed on.

Have a hexagonal head with a built-in washer. The washer provides a larger bearing surface for the screw.

Similar to hex washer head screws, they have a slot in the top of the head to allow for use with a slotted screwdriver.

Have a slightly rounded top with a tapered bottom. They are ideal for decorative purposes.

Have a slightly rounded top with a flat bottom. They are used where a low profile and a smooth finish are desired.

Have a square-shaped head that provides a better grip for the screwdriver.

Have a flat top with a large diameter and a thin head. They are used where a low profile is desired.

Cross-shaped design with rounded edges and provide a slight amount of 'cam out' torque.

Six-pointed star shape for a more secure fit with the driver bit to reduce slipping or stripping.

Dark, matte finish that helps to reduce glare. Used where a low-friction surface is desired.

Provides excellent protection against rust and is ideal in marine applications.

Provides moderate corrosion resistance and is used in automotive and industrial applications.

Similar to Silver Ruspert finish, but with an added blue color for aesthetic purposes.

Used in furniture or architectural hardware.

Thin layer of zinc applied to the surface through an electrolytic process. Ideal in indoor or low-corrosion environments.

Thick layer of zinc applied to the surface through a hot-dip process. Ideal in outdoor or high-corrosion environments.

Thin layer of zinc applied to the surface through a mechanical process. Used in indoor or low-corrosion environments.

Improves appearance.

Made from a non-electrolytic zinc base layer with epoxy films that self-sacrifice to the base material if penetrated or damaged. Highly resistant to moisture, corrosion, impact and UV rays.

A high-grade metal surface coating to prevent corrosion. Consist of a metallic zinc, an anti-corrosion chemical conversion film & baked ceramic surface coating layers.

Greater protection against corrosion than zinc plating with a yellow colored finish.

Mild-to-high corrosion resistance in wet environments.

Provide a chrome-free finish using an inorganic zinc basecoat and an aluminum-pigmented organic topcoat for both sacrificial & barrier protection against environmental & galvanic corrosion. Offer a low coefficient of friction for chip resistance. Do not use in hydrogen-exposed processes for avoiding brittle failures.