A fastening company that has supplied staple guns for nearly a century recently adopted a new group name to match a portfolio that now spans staple guns, glue guns, rivet tools, and ceiling installation equipment. Name changes like this happen across the tool industry, and they are a good moment to review the fastening tools themselves: what each type does, how they are powered, and how to match the tool to the job. Tools that adapt to many jobs, from squeeze-adjust wrenches that change fastener work on construction sites to multi-load staplers, earn their place in a kit.
Fastening is the quiet half of assembly. Screws, nails, staples, rivets, and adhesives each carry a connection, and the tool has to feed the right fastener at the right rate. The sections below cover the three main fastening tool families, how brand changes affect buying decisions, and the selection steps that keep a tool box useful for years.
The Fastening Tool Family
Three tool families cover most fastening work outside of nailers and screw guns: staple guns, glue guns, and rivet tools. Each has a distinct fastener and a distinct failure mode, and the table below compares them at a glance.
| Tool | Fastener | Typical Jobs | Power Options |
|---|---|---|---|
| Staple gun | Crown-width staples | Insulation, wiring, upholstery, sheathing | Manual, electric, pneumatic |
| Glue gun | Hot melt adhesive sticks | Bonding trim, panels, and repairs | Electric, cordless |
| Rivet tool | Blind rivets | Sheet metal, gutters, ductwork | Manual, pneumatic, cordless |
Staple Guns and Staple Selection
Staples are rated by gauge, crown width, and leg length. A heavy-duty staple gun that drives wide-crown staples through half-inch material suits insulation and house wrap, while a narrow-crown stapler handles trim and upholstery. The best-selling staple gun design of the past five decades is a top-loading heavy-duty model that accepts a range of staple sizes, which is why it set the standard for the category.
Buyers should match the staple to the wood density as well as the thickness. Softwoods take a longer leg without splitting; hardwoods need a shorter leg or a pre-drilled pilot. When staples blow through the back of the work, the leg is too long for the material, and when they fail to hold, the leg is too short or the crown too narrow.
What a Brand Change Means for Your Tool Box
When a tool company reorganizes under a new name, the practical questions are about warranties, parts, and availability. A power tool brand name change affects your tool collection and purchasing decisions in concrete ways: existing warranties carry over, model numbers stay the same, and dealers keep stocking the same lines. The change that matters most is at the sales level, where a wider portfolio means one account, one rep, and one invoice.
How Tool Brands Consolidate
Fastener and tool companies grow by acquiring established names and then folding them into one sales platform. The pattern is common: a parent company collects brands that each hold a niche, and the group name changes while the products keep their own identities. The Hitachi power tools name change to Metabo HPT sparked a long-running debate about which models were affected and which were not, and that debate shows how much buyers care about continuity across a rename.
What Stays the Same
Contracts, banking details, warranties, and customer relationships survive a rename. The products keep their part numbers, and service networks usually stay intact because the factories and tooling did not move. A manufacturer that keeps the same distribution channels can change its name without changing a single SKU in the catalog.
What Actually Changes
Branding, logos, websites, and packaging change first. New models follow later, and the product line widens as the group adds categories. Buyers who track part numbers can usually tell whether a tool is a rebadge or a genuine redesign; if the number is unchanged, the tool is unchanged.
Checking the Fine Print
Before a large purchase, confirm three things in writing: warranty duration and coverage, availability of service parts, and whether the retailer is an authorized dealer for the new name. All three survive a rename only when the group keeps the same channels and the same service commitments.
Glue Guns and Adhesive Fastening
Glue guns bond with hot melt adhesive, a material that softens when heated and sets when it cools. Hot melt sticks are phase change materials in the literal sense: solid at room temperature, liquid in the nozzle, and solid again at the bond line. That phase change is what makes the joint fast to assemble and quick to handle.
Choosing a Glue Gun
Match the gun to the stick. Low-temperature guns run at about 250 degrees Fahrenheit and suit craft work and light trim; high-temperature guns run near 380 degrees and deliver stronger bonds on wood, plastic, and metal. Stick diameter matters too, because the feed mechanism is sized to the stick, and a gun rated for half-inch sticks will not feed quarter-inch ones.
Bonding Basics for Builders
Hot melt joints fail more often from preparation than from the adhesive. The habits that keep bonds strong:
- Clean both surfaces; adhesive bonds to clean wood, not dust.
- Apply the bead to one face and press within the open time.
- Clamp or hold parts until the adhesive sets, usually one to three minutes.
- Use high-temperature sticks for trim and repairs that carry load.
- Store sticks away from heat so they do not soften in the box.
Rivet Tools and Mechanical Fastening
Blind rivets fasten two sheets when only one side is reachable. The rivet tool pulls a mandrel through the body, expanding the tail against the back sheet, and the mandrel snaps off at a set tension. Rivets carry shear loads well and resist vibration, which is why they dominate metal roofing, gutters, ductwork, and HVAC assembly.
Rivet Sizes and Materials
Rivets are sized by diameter, grip range, and head style. A 1/8-inch aluminum rivet with a 1/16-to-1/8-inch grip covers most light sheet work, while steel and stainless rivets handle structural and exterior joints. Dome heads suit most work; countersunk heads give a flush surface where appearance matters, such as on finished gutter seams.
Power Options and Energy Cost
Manual riveters work for low volumes. Pneumatic riveters are fast but run on compressed air, which is one of the most expensive ways to deliver energy to a tool. Cordless riveters trade that cost for battery power, and the shift toward renewable energy in combating climate change is pushing more shops to electrify tools that once ran on air, because electric drive trains waste less energy at the point of use.
Finishing Fasteners for a Clean Look
Exposed fasteners show up on decks, trim, and furniture, and a painted head disappears into the work. The trick is to paint the head before final seating, then drive the screw flush without scarring the finish.
Painting Screw Heads the Right Way
Spray painting screw heads in a batch keeps the finish even and fast. The method behind spray paint screw heads perfectly comes down to prep: arrange the screws head-up in a scrap of cardboard or foam, spray in light coats, and let them dry before driving. The finish holds up because the paint seals the drive recess and the surrounding metal.
When to Match the Fastener to the Finish
Color-matched screws exist for common deck and trim finishes, but painting stock screws is cheaper when the color is unusual. Pre-painted heads also protect against rust streaks on cedar and other tannin-heavy woods, where bare steel heads stain the surface within a season.
Matching the Fastener to the Connection
The tool matters, but the fastener carries the load. Heavy connections in framing, deck ledgers, and equipment mounting come down to a choice between structural screws and lag bolts, where the deciding factors are pull-out strength, drilling effort, and corrosion resistance.
Structural Screws vs Lag Bolts
Structural screws vs lag bolts is a tradeoff between installation speed and the confidence that comes from a rated connection. Structural screws are self-drilling and carry published load ratings; lag bolts need a pilot hole and a wrench, and their holding power depends on the torque of the installer. For a heavy-duty connection, the rated, documented screw connection removes a variable that the field cannot control.
A Selection Sequence for Fastening Tools
When you are outfitting a kit, work through the fasteners first:
- List the materials you join and the thickness of each.
- Choose the fastener that carries the load: staple, rivet, screw, or adhesive.
- Pick the tool that feeds that fastener at the volume you need.
- Match power to the work site: manual for portability, cordless for speed, pneumatic for continuous production.
- Buy from a dealer that stocks service parts under the current brand name.