WEDGE ANCHOR(Stainless Steel & Mild Steel)

A wedge anchor is used to create a permanent mechanical connection between a fixture and suitable solid concrete. Common examples include steel base plates, machinery frames, handrail posts, guardrails, pipe-support frames, cable-tray supports, warehouse fixtures and exterior brackets. Tightening the nut activates an expansion clip near the embedded end of the stud. The exact application must fall within the approved product data, concrete conditions and engineering design. A wedge anchor should not be assumed suitable for hollow block, brick, AAC, deteriorated concrete or stone simply because a hole can be drilled in that material.

The product information lists metric diameters from M6 to M24 and lengths from 50 mm to 300 mm, while the main specification highlights M8 to M24 as the core range. Exact diameter-and-length combinations, material options and quantities must be confirmed when quoting. Send the required size in diameter × length format, along with material or grade, finish, quantity and delivery city. If a drawing or anchor schedule controls the order, attach it so the offered product can be checked against the full requirement rather than against nominal diameter alone.

Do not choose only by the apparent weight of the fixture. Diameter and number of anchors depend on tension, shear, combined load, moment, vibration, concrete strength and condition, embedment, fixture geometry, member thickness, edges and spacing. Environmental exposure also determines the required material or finish. An engineer should select the size using current, product-specific resistance data for the exact anchor and concrete condition. Procurement can then use that approved size to confirm length, steel option, nut and washer configuration, quantity, documentation and delivery.

Overall anchor length must accommodate the complete fixture thickness, any approved packer or grout allowance, washer and nut engagement, plus the required effective embedment in concrete. The anchor’s thread length and manufacturer’s dimensional convention also matter. Measure the actual plate or bracket rather than relying on a nominal drawing thickness when coatings, shims or levelling arrangements are present. Confirm the final catalogue item before drilling. Choosing extra length without checking member thickness, reinforcement and approved embedment does not automatically provide more load capacity.

Use the drill-bit diameter and drilling method stated in the installation data for the exact approved wedge anchor. Many wedge systems use a nominal hole related to the anchor diameter, but tolerances, bit type, concrete condition and product geometry can differ. Do not copy a generic online drill chart into a structural method statement without verifying it against the supplied anchor. Inspect the bit for wear, drill perpendicular without rocking, control depth and clean the hole by the specified process before insertion.

A conventional wedge anchor is primarily intended for sound, solid concrete unless its exact technical documentation expressly approves another base material. Brick can split, hollow block may not provide a continuous expansion zone, and lightweight block has very different resistance. Sleeve anchors, frame fixings, chemical systems with suitable sleeves, or other masonry-specific anchors may be more appropriate, but their selection still depends on the unit type, voids, joint location and load. Review the anchor product category and obtain engineering approval before substituting.

No material is “best” in every project. SS316 is often preferred in coastal, chloride-bearing, marine, wash-down or more aggressive environments. SS304 offers broad corrosion resistance for many architectural and general outdoor settings. HDG carbon steel can be a practical outdoor structural choice where the project permits it, while zinc-plated steel is more commonly considered for indoor or sheltered service. Mechanical properties, approved anchor performance, cost, availability, contact with other metals and required service life must be considered together. State the environment and specification when requesting a quote.

A wedge anchor creates a permanent expansion fixing and should not be reused after setting, removal or damage. The nut and fixture may sometimes be removable, but the embedded stud usually remains and its expansion mechanism has already been activated. Do not hammer a used anchor into another hole or straighten damaged threads. Where equipment must be removed repeatedly, an internally threaded anchor or another approved connection may be more suitable. Any abandoned or rejected anchor location should be handled through an engineer-approved repair and spacing plan.

A wedge anchor develops grip by mechanically expanding against the concrete as its nut is tightened. A chemical anchor bonds a threaded rod or reinforcing bar into a prepared hole using resin. Wedge anchors offer quick setting without resin cure time, while qualified chemical systems can support different embedments and avoid expansion during installation. Chemical anchors demand strict hole cleaning, correct resin, temperature control and full cure before loading. The right choice depends on concrete condition, edges, spacing, loads, installation conditions and approvals. See the detailed chemical vs mechanical anchor guide.

Wedge anchor price depends on diameter, overall length, base material, steel grade, zinc-plated or HDG finish, SS304 or SS316 selection, order quantity, packaging, testing, documentation, custom manufacturing and delivery. A single rate without these details can compare unlike products. For accurate bulk pricing, send one line per item with size, material or grade, finish, quantity and delivery location. Add the project schedule, documentation needs and required delivery date so the quotation covers the complete supply rather than only a nominal price per piece.

Send product name, diameter × total length, material or grade, finish, quantity for each size, required nut and washer, application, fixture thickness, relevant concrete or site information, delivery city and target date. State packaging, material certificates, coating reports, inspection or traceability requirements before the order. For custom items, attach a controlled drawing with revision. A photograph is useful for identification but does not replace measured dimensions and specification. You can submit these details through the contact and enquiry page.

No generic load or torque chart is given because values are not safely interchangeable between different products, diameters, embedments, concrete strengths, edge distances, spacings and cracked or uncracked conditions. Installation torque is also specific to the anchor design and configuration. Use only approved technical data for the exact supplied anchor and the current project design. For structural, overhead, seismic, façade, barrier or other safety-critical connections, have a qualified engineer approve the anchor system, method statement, inspection and any required proof-testing plan.