Galvanised Stretcher Plates

Galvanised Stretcher Plates are versatile flat steel plates used for tying, restraining and
strengthening timber and masonry constructions. With a corrosion‑resistant galvanised finish
and pre‑punched fixing holes, these stretcher plates are ideal for framing repairs, reinforcement,
and general connection of structural or non‑structural elements on site.

Galvanised Stretcher Plates are flat, rectangular steel plates designed to join and reinforce
construction elements where a simple, low‑profile fixing is required. Commonly used across
timber framing, roofing, studwork and light masonry applications, they provide additional
strength and restraint without the need for bulky brackets.

Manufactured from mild steel with a hot‑dip or electro‑galvanised finish (depending on
specification), these plates offer good corrosion resistance for internal use and many
sheltered external environments. Pre‑punched holes in standard patterns make it easy to
install the plates quickly and consistently using nails or screws appropriate to the substrate.

Galvanised Stretcher Plates are widely used by builders, roofers, carpenters and maintenance
teams for repairs, alterations, new build framing and general construction tasks.

Typical Use Cases

• Reinforcing and splicing timber joists, rafters and studs.
• Tying partition walls or studwork to adjacent structures.
• Strengthening corners, junctions and repairs in timber framing.
• Fixing and restraining timber plates or battens to masonry (with suitable fixings).
• General light‑duty brackets for DIY and maintenance projects.

Installation & Usage Tips

• Choose correct fixings: Use appropriate galvanised nails or screws to match the plate and substrate.
• Use enough fixings: Fill the recommended number of holes on each side of the joint for effective load transfer.
• Position centrally: Align the plate over the joint or area to be reinforced and ensure full contact with the surface.
• Avoid over‑bending: Stretcher plates are designed as flat connectors; do not kink or sharply bend unless the product is specified as bendable.
• Protect cut edges: If plates are cut to length, treat exposed edges with a suitable zinc‑rich or corrosion‑resistant coating.

Technical Information (Typical)

Exact dimensions and specification vary by product; always check the packaging or data sheet for
the Galvanised Stretcher Plates you are using. Typical characteristics include:

• Type: Flat galvanised steel connector plate.
• Material: Mild steel.
• Finish: Galvanised (zinc‑coated) for corrosion resistance.
• Dimensions: Available in various lengths, widths and thicknesses (e.g. common lengths from ~100–400mm – confirm actual size).
• Holes: Pre‑punched nail/screw holes in standard patterns (hole diameter and spacing per manufacturer).
• Applications: Light to medium‑duty connection and reinforcement of timber and light masonry (with appropriate fixings).
• Standards: Some products may be tested/approved to relevant structural connector standards – check technical literature where applicable.

For detailed load capacities, fixing requirements and dimensional drawings, refer to the
manufacturer’s technical documentation for the specific Galvanised Stretcher Plates supplied.

Key Features

• Flat, low‑profile connector – ideal where a discrete reinforcement is required.
• Galvanised corrosion protection – suitable for typical indoor and sheltered outdoor use.
• Pre‑punched fixing holes – quick and easy to install using standard nails or screws.
• Versatile application – suitable for repairs, new build, DIY and maintenance.
• Available in multiple sizes – select plate size to suit the joint or member being reinforced.

Frequently Asked Questions (FAQs)

Common Uses / How to Use

To get the best from Galvanised Stretcher Plates:

1. Measure and select the correct plate size for the joint or area to be reinforced.
2. Position the plate centrally over the joint on a clean, flat surface.
3. Fix the plate using the recommended galvanised nails or screws, filling the required holes on each side.
4. For heavier duty applications, consider using plates on both sides of the joint where appropriate.
5. Inspect the connection to ensure all fixings are properly driven and the plate is fully seated.