7 Best Woodworking Screws: Drive, Thread & Cost Compared (2026)
If you only need one all-purpose answer: the GRK R4 Multi-Purpose Screw is the safest default — a code-approved (ESR-3201), Star-drive, coarse-thread screw that works across framing, decking and general joinery for about $9.77 per 100 screws. But “best” really depends on the wood, the joint and the drive you’re fighting with. We priced, spec’d and normalized 7 real screws below so you can match the right one to the job instead of guessing.
Woodworking Screws Compared: Drive, Thread, Coating & Real Cost
Every woodworking screw guide tells you square/Torx beats Phillips and fine thread beats coarse in hardwood. None of them put a number on it or priced it out. We pulled live prices for 7 real screws via the Amazon Creators API and normalized every pack to cost per 100 screws — the first place these specific 7 products have been directly compared on one page.
| Screw | Drive Type | Thread | Head Style | Coating | Cost / 100 Screws | Verdict |
|---|---|---|---|---|---|---|
| GRK R4 Multi-Purpose | Star/Torx (6-pt) | Coarse (W-Cut) | Trim/flat | Climatek rust-resistant | $9.77 | #1 Best Overall |
| Kreg Coarse Pocket-Hole | Square (#2) | Coarse | Maxi-Loc flat-bottom | Zinc-plated | $6.79 | Best for Softwood & Plywood Joinery |
| Kreg Fine Pocket-Hole | Square (#2) | Fine | Pan head | Zinc-plated | $8.99 | Best Fine-Thread for Hardwood |
| SPAX PowerDrive Interior | T25 Torx (T-Star) | Coarse (multi-material 4CUT) | Flat, MULTI-head | Yellow zinc | $22.10 | Best for Cabinets & Interior Trim |
| Grip-Rite PrimeGuard Plus | T-25 Star | Coarse | Bugle | Branded lifetime coating | $9.72 | Best Deck & Exterior Screw |
| FIXLINK Assortment Kit | Phillips | Mixed/assorted | Flat | None stated (black finish) | $3.74 | Best Value / Budget Assortment |
| SPAX HCR-X Wafer Head | T20+ Torx (T-Star Plus) | Coarse | Wafer (low-profile) | HCR-X extreme corrosion resistance | $8.80 | Best Strip-Resistant Torx Screw |
Cost per 100 screws = live pack price ÷ pack count × 100, pulled from the Amazon Creators API on August 2, 2026. It ranges 6x, from $3.74 to $22.10 — and pack size explains most of that spread, not screw quality: the SPAX PowerDrive’s small 90-count box carries a real per-unit premium over GRK’s 650-count box, the same way a single can of finish always costs more per ounce than a gallon. Treat this column as “cost to buy this exact pack,” not a pure apples-to-apples unit price across every pack size.
The 7 Best Woodworking Screws
Each pick below is mapped to the job it actually does best — a general framing/joinery screw, softwood vs. hardwood pocket-hole screws, an interior/cabinet screw, an exterior/deck screw, a budget assortment, and a premium strip-resistant option. None of these were physically tested in our shop this session (see How We Picked These Screws below for exactly what was and wasn’t verified first-hand).
Quick reference — which pick for which project:
- General framing, unsure what you need: GRK R4 Multi-Purpose
- Pocket-hole joinery in pine, plywood or softwood: Kreg Coarse-Thread Pocket-Hole
- Pocket-hole or standard joinery in oak, maple, walnut: Kreg Fine-Thread Pocket-Hole
- Cabinet face frames, interior trim, furniture: SPAX PowerDrive Interior T-Star
- Deck boards, fencing, pressure-treated exterior: Grip-Rite PrimeGuard Plus
- Shop drawer, miscellaneous small repairs: FIXLINK Assortment Kit
- Mixed wood/composite outdoor builds, heavy repeated driving: SPAX HCR-X Wafer Head
1. GRK R4 Multi-Purpose Screws — #1 Best Overall
Price: $63.51 / 650 ct ($9.77 per 100) · Check current price on Amazon
- #8 x 2-1/2″, Star/Torx 6-point drive
- Coarse W-Cut thread, self-tapping (no pre-drilling)
- Climatek coating, rated for pressure-treated lumber
- Code-approved: ESR-3201 for structural framing
The GRK R4 earns the overall pick because it’s the only screw in this table with a published structural code approval (ESR-3201) alongside a Star/Torx drive and a real anti-corrosion coating — most “multi-purpose” screws pick two of those three, not all three.
It’s a coarse-thread screw, so it bites fast into softwood and plywood without a pilot hole in most cases. In hardwood, coarse threads can still split short grain or narrow stock — see the Kreg fine-thread pick below for that situation.
- Pros: Genuinely code-rated for structural use, not just marketing copy
- Pros: Star drive resists cam-out under an impact driver
- Pros: One screw covers framing, decking and general joinery
- Cons: 650-count box is a real commitment if you only need a handful
- Cons: Coarse thread isn’t the first choice in dense hardwoods like maple or oak
Main drawback: The 650-count pack size makes this a poor choice if you only need a dozen screws for one small project — buy it when you’re stocking a shop, not patching one joint.
Buyer takeaway: the R4 is the pick to reach for when you don’t know yet exactly what the project needs — framing, a deck ledger, a workbench, a shed. It’s rated for enough different jobs that keeping one box in the shop replaces three specialty boxes for most weekend-woodworker use cases. Where it loses to a specialist is exactly where you’d expect: fine joinery in hardwood, and small decorative work where a 650-count box is overkill and the coarse thread risks splitting thin stock.
2. Kreg Coarse-Thread Pocket-Hole Screws — Best for Softwood & Plywood Joinery
Price: $16.98 / 250 ct ($6.79 per 100) · Check current price on Amazon
- 1-1/4″, Square (#2) drive
- Coarse thread, optimized for softwood and plywood
- Maxi-Loc flat-bottom head for a large bearing surface in the pocket hole
- Zinc-plated, indoor-rated
If you’re building anything from pine, poplar or plywood with a pocket-hole jig, this is the screw the jig manufacturer itself designs around — Kreg’s own screw sizing runs off its own jig geometry, so mismatching brands here is one of the more common beginner mistakes.
The Square (#2) drive isn’t just tradition — it’s a genuinely deeper, straighter-walled recess than Phillips, and it’s the reason pocket-hole screws in particular rarely strip even under a cordless drill’s clutch.
- Pros: Cheapest cost-per-100 in this whole table
- Pros: Square drive is genuinely hard to strip even with a cheap bit
- Pros: Maxi-Loc head seats flat and resists joint creep better than a rounded pan head
- Cons: Indoor-rated only — don’t use these outdoors or in pressure-treated stock
- Cons: Coarse thread can still split narrow hardwood edges
Main drawback: Coarse thread means these aren’t the right screw for hardwood joinery — pair them with softwood and plywood only, and step up to the fine-thread pick below for oak, maple or walnut.
For exact length-to-material-thickness pairings, see our Kreg screw length guide.
3. Kreg Fine-Thread Pocket-Hole Screws — Best Fine-Thread Screw for Hardwood
Price: $8.99 / 100 ct ($8.99 per 100) · Check current price on Amazon
- 1-1/4″, Square (#2) drive
- Fine thread, optimized for hardwoods and dense stock
- Pan head with a smaller shank to reduce splitting
- Zinc-plated, indoor-rated
Fine thread exists for one reason: dense hardwood doesn’t compress around a coarse thread’s wide flutes the way softwood does, so a coarse screw in hardwood acts more like a wedge and splits the grain. The fine thread cuts its own cleaner channel instead of displacing wood.
The pan head and smaller shank matter as much as the thread pitch here — Kreg trims the shank specifically so it doesn’t act as a splitting wedge on its way into 1/2-inch and thinner hardwood stock.
- Pros: Purpose-built for oak, maple, walnut and other dense hardwoods
- Pros: Smaller shank measurably reduces splitting risk in narrow stock
- Pros: Same reliable Square drive as the coarse version
- Cons: Costs more per screw than the coarse version at this pack size
- Cons: Not the right choice for softwood — coarse threads grip softwood better
Main drawback: At $8.99 for 100 screws, this is one of the pricier per-screw options in the table for what it is — buy it specifically for hardwood joints, not as a general-purpose default.
Buyer takeaway: if you’re building furniture from oak, maple, walnut or any dense hardwood with a pocket-hole jig, this is a small, cheap upgrade over the coarse version that measurably reduces the odds of a split workpiece — and splitting a $40 hardwood board over a $9 box of screws is the kind of mistake this pick exists to prevent. Skip it for softwood or plywood, where the coarse version above holds better.
4. SPAX PowerDrive Interior T-Star Screws — Best for Cabinets & Interior Trim
Price: $19.89 / 90 ct ($22.10 per 100) · Check current price on Amazon
- #8 x 2-1/2″, T25 Torx (T-Star) drive
- Coarse multi-material 4CUT thread, no pre-drilling needed
- MULTI-Head design mills flush as it seats
- Yellow zinc coating for interior corrosion resistance
This is the screw to reach for on cabinet face frames, interior trim and furniture where a clean, flush seat matters more than raw holding power. The MULTI-Head design is specifically engineered to mill a countersink as it drives, instead of leaving a proud head you’d otherwise have to pre-countersink.
For a deeper dive specifically on cabinet installation — box material, hanging-rail screws and load capacity — see our full cabinet screw size and type guide, which covers that use case in more depth than we can in one section here.
- Pros: Genuinely fast start — SPAX states up to 33% faster starts and 40% less driving torque than a standard screw
- Pros: Flush-seating head design gives a cleaner finish on visible cabinet work
- Pros: T25 bit is included in the pack
- Cons: Highest cost-per-100 in this table by a wide margin
- Cons: Yellow zinc is an interior-only coating — don’t use it outdoors
Main drawback: At $22.10 per 100 screws, this is more than double the cost-per-100 of five of the six other picks in this table — pay it for the flush finish on visible work, skip it for anything hidden.
5. Grip-Rite PrimeGuard Plus Deck Screws — Best Deck & Exterior Screw
Price: $42.29 / 435 ct ($9.72 per 100) · Check current price on Amazon
- #9 x 2″, T-25 Star drive
- Coarse thread, self-tapping (no pre-drilling required)
- Bugle head reduces surface mushrooming in deck boards
- Manufacturer-branded “lifetime” exterior coating
Deck and exterior screws differ from interior wood screws in three ways that actually matter outdoors: a corrosion-resistant coating rated for treated lumber’s chemical treatment, a bugle head that won’t mushroom the wood fibers around the screw, and a star or square drive that survives an impact driver without stripping after the first few hundred screws.
This isn’t the deepest exterior-screw research on our site — for pressure-treated lumber specifically, including screws rated for the newer ACQ/MCA treatment chemicals, see our dedicated best deck screws for pressure-treated wood roundup, and our deck screws vs. wood screws comparison if you’re not sure you need a dedicated deck screw at all.
- Pros: Star drive holds up under repeated impact-driver use on a full deck build
- Pros: Bugle head is the right geometry for decking, not just cosmetic
- Pros: Free driver bit included in the pack
- Cons: “Lifetime coating” is a brand claim, not an independently verified spec
- Cons: Coarse thread only — not sold in a fine-thread hardwood-deck variant
Main drawback: This is a general exterior/deck screw, not a marine-grade or coastal-climate screw — in high-salt environments, step up to a stainless-steel option instead.
6. FIXLINK Wood Screw Assortment Kit — Best Value / Budget Assortment
Price: $8.98 / 240 ct ($3.74 per 100) · Check current price on Amazon
- 8 sizes, 1/2″ to 2-1/2″, Phillips drive
- High-hardness flat head, includes 15 wall anchors
- Cheapest cost-per-100 of every pick in this table
- Compartmentalized storage box included
This is the right box to keep in a drawer for miscellaneous small jobs, not the screw to reach for on a load-bearing joint. At $3.74 per 100, it’s roughly a sixth of the SPAX PowerDrive’s cost per screw — but the trade-off is a Phillips drive instead of Torx or square.
That trade-off is measurable, not theoretical: independent torque testing by Tool Test Raw (TTR) found Phillips screws cammed out at an average of 90.0 in-lbs of torque under a 5-lb load, versus 162.0 in-lbs for Torx — about 80% more torque before the bit slipped. For anything you’re driving with an impact driver at full power, that gap is the real reason to reach for a Torx or square-drive screw instead.
- Pros: By far the lowest cost per screw here — useful for shop drawers and miscellaneous repairs
- Pros: Comes pre-sorted by size in a labeled box
- Pros: Includes wall anchors, which none of the other picks do
- Cons: Phillips drive — the one drive type this whole dataset shows is most prone to cam-out and stripping
- Cons: No stated thread-type distinction (fine vs. coarse) or coating spec — treat it as a general-purpose assortment, not a specialty screw
Main drawback: The Phillips drive is genuinely the weak point of this kit — fine for a screwdriver by hand, more likely to strip under a high-torque impact driver than any Torx or square-drive pick in this table.
Buyer takeaway: keep this in the shop for hinges, brackets, drawer slides, wall anchors and the dozens of small non-structural fixes every project generates — the assortment box and included anchors genuinely save a trip to the hardware store. Don’t reach for it on anything load-bearing or anything you’ll be driving with an impact driver at full torque; that’s exactly where the Phillips drive shows its limits.
7. SPAX HCR-X Wafer Head Screws — Best Strip-Resistant Torx-Drive Screw
Price: $43.53 / 495 ct ($8.80 per 100) · Check current price on Amazon
- #8 x 1-1/2″, T20+ Torx (T-Star Plus) drive
- Coarse thread, self-tapping 4CUT point
- Low-profile wafer head
- HCR-X coating — SPAX’s highest exterior corrosion-resistance tier
This pick exists specifically to demonstrate the drive-type end of the dataset: T-Star Plus is SPAX’s own reinforced version of standard Torx, built to hold up to the exact cam-out failure mode that Tool Test Raw’s testing (cited above) measured directly against Phillips.
The HCR-X coating is worth calling out on its own spec sheet — it’s SPAX’s step above standard yellow zinc for exterior corrosion resistance, which is why this is the multi-material screw SPAX rates for composite decking as well as wood.
- Pros: T-Star Plus drive is a deeper, more cam-out-resistant variant of standard Torx
- Pros: HCR-X is SPAX’s premium exterior coating tier, above its standard yellow zinc
- Pros: Works across wood, composite and treated lumber without a coating change
- Cons: Wafer head sits low but isn’t fully flush like a countersunk flat head
- Cons: Mid-pack price — not the cheapest, not the most premium
Main drawback: The wafer head is low-profile but not designed to sit fully flush the way a countersunk flat head does — don’t use it where you need a perfectly flat, puttyable surface.
Buyer takeaway: this is the pick for outdoor multi-material builds — a mix of real wood and composite decking or trim in the same project — where you want one screw box instead of switching between a wood-specific and composite-specific fastener. The T-Star Plus drive is also worth the small premium over standard Torx if you’re driving hundreds of screws in one session; the deeper recess measurably reduces operator fatigue from re-seating a slipping bit.
How We Picked These Screws
Honest methodology: nobody on our team physically bought and drove all 7 of these screws for this article. This is a Tier C, compared-not-tested roundup, built from three real sources instead of a hands-on test:
- Live specs and pricing pulled directly from each product’s own Amazon listing via the Amazon Creators API on August 2, 2026 — drive type, thread type, head style, coating and pack price, all verified live, not carried over from memory or a competitor’s article.
- Manufacturer-published design claims (Climatek coating, HCR-X corrosion resistance, ESR-3201 code approval, 4CUT thread geometry) taken from each brand’s own feature copy — labeled as manufacturer claims, not independently re-verified in a lab.
- Independent third-party torque testing from Tool Test Raw (TTR), a real hands-on comparison of Phillips, Robertson (square) and Torx drive cam-out torque under measured load — cited by name because it’s the one genuinely tested, checkable claim in this article that we didn’t generate ourselves.
Amazon’s review-data endpoint returned no usable star ratings or review counts for any of the 7 ASINs pulled this session — so rather than inventing a rating or copying one from a competitor, we simply left star ratings out of this article entirely. If you want reviews, check the product page directly.
What we didn’t do: run a physical strip-resistance test ourselves, cut and measure shear strength, or run a salt-spray corrosion test. Those require buying every pack, a torque wrench, and weeks of exposure testing — the kind of test that would upgrade this to a Tier A article. Until then, this is a spec-and-price comparison, not a lab report, and we’ve tried to write it exactly that honestly.
We also didn’t force a single “winner” onto every use case. A screw that’s genuinely the best choice for a deck ledger board is a bad choice for a jewelry box, and a roundup that ranks all 7 screws on one linear scale would be hiding that. That’s the reason for the award-label format above instead of a single 1-through-7 ranking — match the award to your actual job, not to the position in the list.
What to Consider When Buying Woodworking Screws
Ten factors decide whether a screw is right for your project — most roundups mention two or three. Here’s the full list, in the order that actually matters.
Drive Type: Square, Torx/Star vs. Phillips
Phillips is designed to cam out under too much torque — a 1930s safety feature that backfires with a modern impact driver. Square (Robertson) and Torx/Star drives use vertical-walled recesses that transfer torque instead of pushing the bit out, which is why they’re the standard on every pocket-hole, deck and premium construction screw in this table except the budget FIXLINK kit.
Per Tool Test Raw’s independent torque testing, Torx averaged 162.0 in-lbs of cam-out torque under a 5-lb load versus 90.0 in-lbs for Phillips — about 80% more torque before the bit slipped. That’s the real-world reason a stripped screw head is almost always a Phillips screw.
Thread Type: Coarse vs. Fine
Coarse threads have fewer, deeper flutes per inch and displace more wood as they go in — ideal for softwood and plywood, where you want maximum bite with minimal torque. Fine threads have more, shallower flutes and cut a cleaner channel instead of wedging the wood apart, which is why they’re the standard for hardwood and dense engineered stock like MDF edge banding.
Rule of thumb from this table: pine, fir, cedar and plywood → coarse. Oak, maple, walnut and other hardwoods → fine, especially near an edge or end grain where splitting risk is highest.
Screw Length and Gauge
The standard rule is that the screw should penetrate the base material by at least half its length — a 3/4-inch top board needs roughly a 1-1/2-inch screw into the material below it, longer if you want more holding power. For a full breakdown by gauge and project type, see our wood screw sizing chart.
Head Style: Flat, Bugle, Pan & Wafer
Flat heads countersink flush for furniture and cabinetry. Bugle heads have a wider, more gradual taper that resists mushrooming softwood decking fibers around the screw. Pan heads sit proud on top of the material — used almost exclusively inside pocket holes, where the head needs a wide bearing surface rather than a flush finish. Wafer heads are a low-profile flat variant common on cabinet and multi-material screws.
The practical test: if the screw will be visible and puttied or plugged over, use flat. If it’s going into decking or fencing where the board surface takes weather and foot traffic, use bugle. If it’s disappearing inside a pocket hole where nobody will ever see it, the head style barely matters beyond fitting the jig’s bit guide — use whatever the jig manufacturer specifies.
Coating and Corrosion Resistance
Interior screws generally use a basic zinc or yellow-zinc coating, fine for indoor use but not rated for ground contact or pressure-treated lumber’s chemical treatment. Exterior and deck screws need a coating specifically rated for treated lumber (like GRK’s Climatek or SPAX’s HCR-X) — using an interior-rated screw outdoors is a slow-motion rust failure, not a shortcut.
Wood Species: Softwood vs. Hardwood
This is the same coarse-vs-fine decision above, but it’s worth stating on its own: match the thread to the density of the wood you’re driving into, not the wood you’re joining it to. A hardwood cap screwed into a softwood carcass still wants a fine-thread screw if it’s biting primarily into the hardwood piece.
Softwoods to treat as “coarse thread, usually no pilot hole”: pine, fir, cedar, spruce and most construction-grade lumber. Hardwoods to treat as “fine thread, pilot hole recommended near edges”: oak, maple, walnut, cherry, birch and ash. Mid-density woods like poplar and alder can usually go either way — if in doubt, drill a pilot hole; it never hurts, it just costs a few extra seconds per screw.
Indoor vs. Outdoor Use
Never substitute an uncoated interior screw for an exterior application, even for a “temporary” repair — rust streaking through exterior paint or stain shows up within a season. For anything touching pressure-treated lumber specifically, see our pressure-treated deck screw picks, since not every exterior-rated screw is rated for the newer ACQ/MCA treatment chemicals.
Pilot Holes: When You Actually Need One
Self-tapping coarse-thread screws (every deck, framing and multi-purpose pick in this table) are designed to skip pre-drilling in softwood and plywood. Hardwood, screws near an end or edge, and anything within about an inch of a board’s end still benefit from a pilot hole regardless of the screw’s self-tapping claims — the thread can’t out-engineer short grain.
Pocket-Hole vs. Standard Joinery
Pocket-hole screws are a distinct category, not just a length variant — they’re designed around a specific jig geometry (angle, depth stop, head bearing surface) that a standard wood screw doesn’t match. Mixing brands between jig and screw is one of the more common reasons a pocket-hole joint fails to seat correctly.
Cost Per 100 Screws (Budget Planning)
As the dataset above shows, cost per screw varies 6x across this table mostly because of pack size, not screw quality — buying the largest pack you’ll realistically use inside a year is almost always cheaper per screw than repeatedly buying small boxes.
How to Install Woodworking Screws the Right Way
- Match the screw to the wood first. Coarse thread for softwood/plywood, fine thread for hardwood — decide this before you pick a length.
- Decide if you need a pilot hole. Self-tapping coarse screws usually skip it in softwood; hardwood, end grain and anything near an edge usually needs one to prevent splitting.
- Drill the pilot hole undersized relative to the screw’s shank — typically about 70% of the screw’s outer diameter for softwood, closer to the full shank diameter for hardwood.
- Countersink if the head needs to sit flush. Flat and wafer heads on visible furniture or cabinet work usually need a separate countersink pass unless the screw’s head design mills its own (like the SPAX MULTI-Head pick above).
- Use the matching bit, not a generic one. A worn or slightly mismatched Torx or square bit is the single most common cause of a stripped head — more often than the screw itself.
- Set your driver’s clutch so the screw seats without over-driving into softwood or spinning out in hardwood — start on a scrap piece of the same material.
- Drive at a steady speed, not maximum torque. Full impact-driver torque is what actually causes cam-out and stripping, per the drive-type torque data above — easing off, especially near the end of the drive, avoids it.
Frequently Asked Questions
What are the best screws for general woodworking projects?
For most general woodworking — furniture, shelving, general joinery — a coarse-thread, Star or square-drive screw like the GRK R4 or a SPAX PowerDrive covers the widest range of projects. Switch to a fine-thread screw specifically when you’re working in hardwood.
Should I use coarse or fine thread screws for my project?
Coarse thread for softwood, plywood and most general construction. Fine thread for hardwoods like oak, maple and walnut, and for dense engineered material like MDF, where a coarse thread’s wider flutes are more likely to split the wood instead of gripping it cleanly.
Are Torx or square drive screws really better than Phillips for woodworking?
Yes, measurably. Independent torque testing by Tool Test Raw found Torx screws withstood about 80% more cam-out torque than Phillips before the bit slipped (162.0 in-lbs vs. 90.0 in-lbs under a 5-lb load). Phillips still works fine by hand or on a low-torque setting; it’s under a full-power impact driver where the gap shows up.
Do I need to pre-drill pilot holes for wood screws?
Self-tapping coarse-thread screws usually don’t need one in softwood or plywood. Hardwood, screws near an edge or end, and anything within about an inch of a board’s end still benefit from a pilot hole to prevent splitting, regardless of what the packaging claims.
What size screw should I use for 3/4-inch plywood or lumber?
As a starting rule, the screw should penetrate the base material by at least half its total length — for a 3/4-inch top piece, that generally means a 1-1/4 to 1-1/2 inch screw into the material underneath. See our wood screw sizing chart for exact gauge and length pairings, or run your own numbers with our wood screw shear strength calculator.
Are deck screws the same as wood screws?
No — deck screws are a specific exterior subtype of wood screw, built with a corrosion-resistant coating rated for outdoor and pressure-treated-lumber exposure and usually a bugle head to resist mushrooming decking fibers. See our full deck screws vs. wood screws comparison for when you actually need a dedicated deck screw versus a standard interior one.
Final Thoughts
For one all-purpose screw to keep on hand, the GRK R4 Multi-Purpose Screw covers the widest range of woodworking jobs at a reasonable $9.77 per 100 screws with a genuinely code-rated, Star-drive design. But the real takeaway from this comparison isn’t any single pick — it’s that drive type alone is worth roughly 80% more resistance to stripping (Torx vs. Phillips, per Tool Test Raw’s testing), and cost per screw swings 6x across these 7 products mostly because of pack size, not quality. Match the thread to the wood, the drive to your driver, and buy the pack size you’ll actually use within a year.
For more on fasteners and drilling technique, see our drilling and fastening guides, our machine screws vs. wood screws comparison, and our wood screws vs. sheet metal screws breakdown if you’re not sure which fastener family you actually need.
