A general rule: the anchor should embed at least 1 inch (25mm) into the base material beyond the fixture thickness. For example, if you're fastening a 20mm bracket into concrete, choose a bolt with at least 45–50mm of embedment depth. Our range covers 50mm (≈2") up to 200mm (≈7.9") to handle most residential and light commercial applications.

Load capacity depends on the bolt diameter, embedment depth, and the strength of the base material. Generally, M6 anchors are suited for lighter loads such as shelving and conduit clips, while M12–M16 anchors can typically handle structural brackets and heavy equipment mounts. Always consult a structural engineer for safety-critical applications.

These expansion anchors are generally made from zinc-plated or galvanized carbon steel, which provides moderate corrosion resistance for covered outdoor use. For fully exposed or marine environments, stainless steel anchors are typically recommended. Contact us to confirm the finish on your specific variant before ordering for outdoor applications.

These are metric-threaded anchor bolts (M6, M8, M10, M12, M14, M16) following ISO metric coarse thread standards. They are not compatible with UNC/UNF imperial thread nuts or bolts. If your fixture uses imperial threads, you'll need an adapter or a different anchor type.

These sleeve-style expansion anchors are designed for solid concrete, brick, and concrete block (CMU). They are generally not recommended for hollow block, drywall, or soft materials where the expansion mechanism cannot grip properly. In hollow materials, a toggle bolt or hollow-wall anchor is typically a better choice.

Yes. You'll need a carbide-tipped masonry drill bit that matches the anchor's outer diameter. For example, an M8 expansion anchor typically requires an 8mm masonry bit. Use a hammer drill for best results in concrete or brick — a standard rotary drill will work in softer brick but will be significantly slower.

Expansion anchors are generally designed for single-use installation. Once the sleeve has expanded inside the base material, removing and reinstalling the bolt in the same hole typically reduces holding strength. For applications requiring future disassembly, consider a drop-in anchor or a sleeve anchor with a removable bolt component.