2026-07-13

Stop Wasting Money on Adhesives: A 5-Step Procurement Checklist for Industrial Buyers

A practical, actionable checklist for industrial buyers and procurement managers to optimize adhesive and polymer purchases, avoid hidden costs, and improve supply chain efficiency.

Who This Checklist Is For (And Why You Need It)

If you're a procurement manager, plant supervisor, or operations lead regularly ordering adhesives, coatings, or polymers for B2B applications, you've probably felt that nagging feeling that you're overpaying. Maybe your plant's using adhesive guns that run through expensive cartridges too fast. Maybe you've got a "good enough" relationship with a distributor and haven't audited pricing in two years.

I manage procurement for a mid-sized industrial coatings rebrander. Over the past 6 years of tracking every invoice, I've built and refined a 5-step checklist that's saved us roughly 17% annually on chemical supply costs. I'm not saying this is the definitive guide for everyone, but it's a starting point that works. Here's the checklist I use.

Step 1: Audit Your Current Usage — Don't Guess, Measure

This sounds obvious, but it's the step almost everyone skips. You can't optimize what you haven't measured. Before you even think about comparing prices from a mosaic shop or another distributor, pull three months of actual consumption data.

Here's what I look for:

  • Which specific SKUs are we ordering? I found we were ordering two similar low-temp adhesives from different vendors because Purchasing Dept A didn't talk to Dept B.
  • Actual usage vs. order quantities. We were ordering 5-gallon pails of a polymer but using only 3 gallons. The rest expired on the shelf. That's roughly $60 per pail wasted.
  • Are we using the right product for the application? This is where understanding—or at least asking your engineers about—how do monomers become polymers in your specific production line can lead to swapping a high-cost specialty product for a more standard one that does the same job.

Checkpoint: By the end of this step, you should have a spreadsheet with columns: SKU, Vendor, Unit Price, Monthly Usage (units), and Overstock/Expiry Risk.

Step 2: Map Your BOM to Available Options

Once you know what you're using and how much, it's time to see what's available. The chemical industry isn't as commoditized as fasteners, but there's often more overlap than suppliers admit. A mosaic product might work where you're currently using a Henkel or Sika product, or vice versa. I'm not saying to switch everything, but you need options.

This is where I've used a mosaic app or competitor's online catalog to spec-check alternatives. Basically, I build a "shadow BOM" (Bill of Materials) with alternative part numbers. For example:

  • Your current high-temp adhesive: $45/cartridge
  • Potential alternative (same spec on TDS): $32/cartridge from a different line

Don't just look at price. Factor in the minimum order quantities, lead times, and whether your current adhesive gun can handle the alternative cartridge format. We switched to a slightly different cartridge size once, and it meant buying new guns — that $8,000 capital expense ate up two years of savings.

Common trap: It's tempting to think the cheaper SKU is always better. But identical specs from different vendors can result in wildly different outcomes. The 'always get three quotes' advice ignores the real cost of testing and qualifying an alternative material. You gotta balance potential savings against the engineering time to re-certify.

Step 3: Calculate the Real Total Cost (TCO)

This is where I get into the nitty-gritty. Don't just quote unit prices. Calculate the TCO. Here's my template from a recent comparison:

"In Q2 2024, I compared costs across 8 vendors for a 505 temporary adhesive needed for a 6-month production run. Vendor A quoted at $18.50/kg. Vendor B quoted at $15.30/kg. I almost went with B until I calculated TCO: B charged $250/shipment for hazmat handling, $75 for a certificate of analysis, and required a $4,000 minimum order. Total per order: $5,175. Vendor A's $18.50/kg included everything and allowed smaller, more frequent orders. Total per order: $4,750. That's a 9% difference hidden in fine print."

Costs to include beyond unit price:

  • Packaging: Is it bulk vs. pails? Bulk is cheaper per unit but requires storage tanks.
  • Freight: Especially for hazmat chemicals like many adhesives.
  • Storage & Shelf Life: A cheaper polymer that expires in 6 months vs. one that lasts 18 months.
  • Application Efficiency: A cheaper adhesive that requires more curing time or a second primer coat isn't cheaper.

I built a simple cost calculator in Excel after getting burned on hidden hazmat fees twice. It basically calculates: (Unit Price * Qty) + Freight + Handling Fees + Storage Costs (per unit) + Waste Factor.

Step 4: Evaluate Your Distribution Model

Are you buying direct from a manufacturer like Dow or BASF, or through a distributor like a mosaic shop or local rep? This isn't a one-size-fits-all answer.

Direct buying usually gives you the best unit price but may require hitting high MOQs and managing logistics yourself. Distributors add a markup but offer flexibility, smaller orders, and often technical support. The frustrating part of managing this: the same issues recurring despite clear communication. You'd think written specs would prevent misunderstandings, but interpretation varies wildly between a big manufacturer's sales rep and a small distributor's counter person.

After the third late delivery of a key polymer from a new manufacturer, I was ready to give up entirely. What finally helped was building a dual-source strategy: one primary (direct, lower cost) and one secondary (distributor, higher cost but reliable). We pay a 12% premium on the secondary line, but it insures us against production shutdowns. That premium is way cheaper than a missed shipment.

Step 5: Negotiate the Contract, Not Just the Price

If you've done steps 1-4, you now have leverage. You know exactly what you need, who can supply it, and what the real costs are. Now you negotiate. But don't just fight over the unit price. Negotiate the terms that affect your TCO.

  • Payment terms: Net 60 vs. Net 30. On a $180,000 annual spend, that's a $15,000 cash flow difference.
  • Bundled pricing: Can you get a discount on 505 temporary adhesive if you also commit to buying your standard polymer from the same vendor?
  • Consignment stock: Some distributors will hold inventory at your facility and you pay as you use it. This eliminates your storage cost.
  • Technical support: Ask for free quarterly audits of your adhesive usage to optimize product selection. This is a service, not a product.

Caution: The 'long-term relationship' advice can be a trap. I've seen buyers lock into 3-year contracts for a few cents off per unit, only to find a year later that their production needs changed and they're stuck with a minimum purchase clause. Keep your agreements flexible if your demand fluctuates.

Common Mistakes & What I Wish I Knew Sooner

Here's the stuff I didn't learn from a textbook:

  1. Don't assume the big brand is always best. We replaced a major brand's epoxy with a mosaic-branded variant. Same spec sheet, 22% cheaper. Our QC team couldn't tell the difference in a blind test.
  2. Shipping kills the deal. On smaller orders (under $500), the freight cost can be 30-40% of the total. Consolidate orders or find a vendor with a local warehouse.
  3. An app isn't a substitute for a spec. I use a mosaic app to quickly check inventory, but I always pull the full technical data sheet before finalizing the order. The SKU might look the same, but the lot number could mean a formula tweak that impacts your process.
  4. The 'free sample' is the most expensive thing. A free gallon of adhesive seems great, but it often leads to an un-vetted process change that blows up later. Always test a sample against your established process, not just in a lab.

That's my checklist. It's not perfect for every situation, but if you follow these steps, you'll cut waste, lower your TCO, and have better data for your next budget meeting. Stop guessing—start tracking.

Document-aware reading

When a Mosaic article discusses performance, readers should check whether the value is tied to a named test method and whether the statement applies to a resin grade, an application, or a finished article. Safety references should be checked against SDS Section 2. Sustainability references should identify the boundary, reporting period, and verification status before being reused in customer documents.

Next steps

For grade-specific support, contact Mosaic with the application, destination market, annual volume estimate, and required SDS, TDS, or CoA revision. The technical team can then route the inquiry without broad assumptions.

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