## 1. The Trust Foundation: Galvanizing That Passes Inspection

For any timber connector entering the UK, US, or Australian market, corrosion protection is not a feature—it is an entry requirement. Our connectors are produced from **Z275 or Z350 galvanized steel sheet**, with the option of **hot-dip galvanized (HDG) treatment** for the most aggressive exposure conditions. These are not marketing descriptors: Z275 and Z350 are coating-mass designations defined under EN 10346 and ASTM A653, meaning the zinc weight per unit area is measurable, reportable, and auditable. This is what allows structural engineers to verify that a connector meets the anti-corrosion grade required by European and American timber construction specifications—rather than taking a supplier's word for it. The practical result for your customers: outdoor projects such as fences, decks, and pavilions can be specified for long-term exposed service without additional protective coatings or maintenance cycles.

## 2. The Trust Foundation: Hole Consistency and Cold Formed Strength

Two manufacturing details decide whether a connector performs on site or causes rework. First, **precision punched holes**. Our hole patterns are stamped and formed by dedicated molds, so hole spacing and hole diameter remain consistent from the first piece to the ten-thousandth. During batch installation this means screw positions land accurately the first time—the installer does not stop to ream, adjust, or force a fastener. On a project with hundreds of connectors, that consistency is the difference between a smooth schedule and a labor overrun. Second, **cold formed steel**. By forming the connector from steel at ambient temperature rather than cutting and welding, the metal's fiber continuity is preserved through every bend, delivering higher strength than cut-and-welded assemblies. The load-bearing capacity stays stable and predictable, which is precisely what a structural node requires.

## 3. The High-Load Tier: One-Node-One-SKU for Structural Nodes

Standard brackets are designed for convenience. Structural nodes are designed for load—and that is where our high-load tier performs. The range is built around **three configurations that cover the principal nodes of a timber structure**: the **multi-hole reinforcement bracket** for node reinforcement, the **standard right-angle bracket** for perpendicular connections, and the **U-shaped bracket** for beam-end support. This is a deliberate "One-Node-One-SKU" architecture: instead of sourcing reinforcement plates from one supplier and beam seats from another, a fabricator can specify and order the entire node set in a single line item. The technical differentiator is **multi-point shear transfer**. The dense nail-hole pattern allows dozens of nails or screws to be installed in a single connection, distributing shear across many points rather than concentrating it on two or three. The result is a single-node load capacity substantially higher than that of a standard corner code—making this tier suitable for genuinely load-bearing structural connections such as roof trusses and timber beam splicing. Documented load test data is available on request for engineering submission.

## 4. The Universal Tier: The Standard Corner Code That Moves Volume

Not every connection needs an engineered solution—and pricing it like one is a costly mistake. The **standard L-shaped corner bracket** remains the most universally used timber connector in the world, and for good reason: it is economical, its installation logic is immediately understood by any installer, and it covers an enormous range of everyday applications. This is the SKU that anchors shelves, assembles furniture, and closes fence corners. For distributors, it is the volume driver: high turnover, low decision friction, and no technical support burden. Positioned alongside our high-load tier, it allows a single supplier relationship to cover both the engineered and the everyday end of a timber project—which is, in the end, exactly how real projects are built.

With 18 years of integrated manufacturing and global trade expertise, [Your Company Name] is a leading provider of timber connectors and structural fastening solutions. Exporting 95% of our production to the UK, USA, and Australia, we specialize in specification-grade hardware backed by auditable material documentation. By combining in-house mold development, cold forming, and galvanizing control, we provide our procurement partners with a connector range that covers every node of a timber project—from the engineered to the everyday.