How Do You Compare Steel Truss Plate Pricing?

Dave Walstad – CEO, All Points Technical Inc. (The Demo is just the Magic sauce- What’s the price savings?) I sometimes hear of up to a $1 per pound spread from the lowest to the highest plate price offered.

There are many variables in choosing a truss plate vendor. Personally running US Components; early on one of the 6th ProBuild Divisions and at one time with 16 truss plants; certainly provided me volume to obtain competitive pricing from the truss plate vendors. The close relationship one builds with that vendor can be strained when its time to review truss plate pricing or when a new increase notice arrives.

How Often should you check pricing? I normally took a look every 2-3 years on the surface and a very deep dive every 5 years. Of course increases or allocation of plates that has occurred in the last few years will likely force immediate price review. Image how brutal Home Depot, Lowes, Walmart are when doing line reviews? Don’t be timid, get your best deal!

Keep in mind that a seasoned regional manager from a plate vendor is a master at negotiation tactics, so you need to be armed with good data, steel market updates, your usage, repair drawings, freight needs and ability to obtain the best deal and payment terms to fit your company needs.

Some will provide you offshore design services like All Points Technical does. However caution should be given here as do you really want the vendor to own your design team when you already are a captive customer? And what if you want to change vendors, start all over with a new design team offshore? All Points handles all truss software’s so you keep your offshore design team, just convert the software your using. Personally I would never let a vendor expand the golden handcuffs on my truss operation.

A connector plate quote can look cheaper and still cost a truss operation more money. If the plate requires a larger footprint, creates press issues, adds lead-time risk, or fails to meet a customer’s approved design criteria, the per-pound savings disappear fast. So, how do you compare steel truss plate pricing? Start by comparing the installed production value of an approved plate system, not just a line item on a supplier quote.

For truss plants, component manufacturers, and lumber dealers, plate purchasing is a margin decision. The right comparison protects bid velocity, keeps production moving, and gives engineering and design teams confidence that the material specified can be sourced when it is needed.

Compare Steel Truss Plate Pricing on a Like-for-Like Basis. Yes, I’m guilty, I look at the plate pricing per pound first…..

The first rule is simple: do not compare two prices until the plates are technically equivalent for the trusses you intend to manufacture. A lower price for a lighter gauge, smaller plate, or different tooth geometry is not a lower price if it cannot deliver the same design capacity and press performance.

Build the comparison around the actual requirements of your plate schedule. That means identifying the steel gauge, plate dimensions, tooth configuration, coating, and applicable evaluation reports or approvals. It also means confirming whether the supplier’s system works with your design software, engineering standards, and current production equipment.

A quote that says “20-gauge truss plates” is not enough. (how much is the high strength, 18 gauge, hinge plates?) One supplier may price a nominal gauge differently than another. Plate width, length increments, tooth density, tooth depth, and yield strength can materially affect both connection performance and the number of plates required across a job. Ask for the product data behind the quote, not just a catalog description.

Start With the Plate Schedule, Not the Price Sheet

Pull a representative sample of recent and upcoming jobs. Include standard residential roof trusses, floor trusses, long-span applications, and any higher-load commercial work your plant regularly handles. Then compare the proposed plate systems against the connections that drive your material usage. There will be variances in the plate size per vendor and roof vs floor.

The goal is to answer a more valuable question than, “Which supplier has the lowest per-pound rate?” Ask, “Which approved plate system produces the lowest total plate cost for this mix of trusses without slowing the plant down?”

On one design, a higher-capacity plate may reduce the required plate area or eliminate the need for a larger connector. On another, a lower-cost plate may work perfectly well. The answer depends on your engineering assumptions, connection demands, and manufacturing process.

Understand What Is Inside the Steel Price

Steel is a commodity, but truss plates are not simply commodity purchases. The base steel market influences cost, yet the delivered price also reflects processing, galvanization or other coating, tooling, quality controls, packaging, inventory commitments, and supplier service.

Gauge is one of the most visible variables. Heavier material generally increases cost per square foot or pound, but it may provide greater capacity or reduce the plate area needed at critical joints. Do not assume heavier is automatically better, either. Over specifying plates can inflate material cost and complicate purchasing without creating a meaningful production advantage. How many truss plate sizes to you carry? How often do you over-plate or run out of a size? Do you prepull the plates to insure the right plates on the table?

Coating deserves the same scrutiny. Standard galvanized products may suit many interior applications, while exposure conditions, coastal environments, treated lumber, or project specifications may call for a different corrosion-resistance strategy. If one quote includes a different coating level, it is not an apples-to-apples comparison. How much are the stainless plates?

Tooth pattern is another major factor. Plate teeth transfer loads from the wood into the connector plate. Their geometry affects embedment, withdrawal resistance, and behavior in different lumber species and grades. A supplier’s product evaluation data should support the design values used by your team. If it does not, a cheaper plate can create redesign work, approval friction, or unacceptable risk. Also be named as a certificate holder from your plate vendor’s GL insurance coverage as well as the excess policy. Its good business practice.

Calculate the Real Cost Per Truss

The most useful number is rarely the cost per plate and often not even the cost per pound. It is the total material and production cost per truss, or per job, using a specific plate system.

To calculate it, price the actual plate schedule for a defined job package. Include all required plate sizes, not just the common sizes that make a quote look attractive. Then add the costs that are easy to miss: freight, fuel or delivery charges, minimum-order penalties, storage requirements, breakage or damage allowances, and inventory carrying costs.

A supplier may offer an aggressive unit price while requiring full truckload purchases, narrow delivery windows, or large minimum quantities of slow-moving plate sizes. That puts cash on the floor and increases the chance that inventory becomes stranded when the job mix changes. Another supplier may charge more per pound but provide better replenishment, broader local availability, or a more practical stocking program.

Production labor belongs in this calculation too. If a plate presses cleanly, matches your setup, and lets the team maintain cycle time, its value extends beyond material cost. If it causes misfeeds, incomplete embeds, frequent adjustments, or extra quality checks, those costs show up in labor hours and rework.

Test Compatibility Before You Commit

A plate system must work through the full workflow – design, engineering review, purchasing, cutting, assembly, pressing, inspection, and delivery. Any disconnect creates friction that can overwhelm a modest price advantage.

Before converting significant volume, run a controlled trial. Use real truss designs and the lumber your plant commonly receives. Verify that the proposed plates are available in the required sizes, can be properly represented in your design process, and can be pressed consistently with your equipment. Review finished trusses for plate seating, wood splitting, alignment, and connection quality.

This is where experienced technical teams create leverage. A truss design group can model the impact of alternate plate products across a job mix before purchasing locks into a decision. That analysis identifies whether a proposed plate system changes plate area, plate count, connector sizes, or engineering assumptions. It turns a supplier quote into an operational decision backed by production data.

Evaluate Supplier Reliability as a Pricing Variable

Price is only valuable if the plate arrives on time and performs as represented. A plant that loses a production day because a critical plate size is unavailable will not recover that loss through a few cents saved on material.

Evaluate the supplier’s lead times, fill rates, emergency response, technical support, and willingness to hold the inventory that matches your demand profile. Ask how they handle price changes, substitutions, damaged deliveries, and discontinuations. Clarify whether quoted pricing is fixed, indexed, or subject to surcharges.

You should also understand the supplier’s documentation. Approved product reports, design values, quality records, and clear technical support matter when questions arise from builders, engineers, inspectors, or customers. If a plate change requires extensive documentation or reapproval, include that administrative and engineering cost in the decision.

For multi-location operations, consistency matters even more. A cheap plate program that works at one plant but creates different stocking, design, or quality procedures elsewhere can erode the scale benefits you expected to gain.

Ask for a Quote Structure That Supports Better Decisions. IF your using cloud services to host your design software with the vendor, make sure you know this cost upfront.

Request pricing in a format your operations and estimating teams can use. The quote should clearly separate product price, freight, surcharges, minimums, payment terms, and any rebates or volume incentives. It should also identify the exact plate series, gauge, coating, dimensions, and available stock lengths.

Avoid comparing a broad annual rebate against an immediate delivered-price disadvantage without calculating the actual threshold needed to earn it. A rebate that looks compelling may require volume you cannot reliably commit to, or it may be offset by higher pricing on the plate sizes that dominate your work.

Use a weighted scorecard if multiple suppliers are being considered. Material cost should carry serious weight, but so should technical equivalency, availability, press performance, software and engineering compatibility, service response, and commercial terms. This keeps the decision grounded in margin protection rather than a single headline number.

The Better Buying Decision Is a Production Decision – both Design and Production

The strongest plate-buying strategy connects purchasing with design and plant operations. Procurement sees the delivered cost. Design sees connection requirements. Production sees what actually happens at the press. When those functions compare the same job data, they can identify the plate system that supports more output at a defensible cost.

Steel truss plate pricing will move with markets, volume, and supplier capacity. Your decision framework should not move every time a new quote arrives. Compare technically equivalent plates, model the cost per truss, test real production performance, and put delivery reliability in the same conversation as price. That is how a truss operation buys for margin, not merely for the lowest number on a spreadsheet.

When plate costs are under pressure, the fastest path to better economics may also be higher design and estimating capacity. A specialized technical production team can help plants analyze alternates, process more bids, and keep engineering work moving while the shop stays focused on building quality components.

Are you optimizing the design? Reducing material costs……. Todays software is so improved over the years you can run any plant with any of the software vendors offering, dont let that scare you.

Need Help contact? All Points Technical – www.allpointstech.ai 941.713.4395 – Dave