I’ve been elbow-deep in DIY projects and toolboxes for longer than I care to admit. And let me tell you, the question of whether plates and screws actually get removed comes up more often than you might think, especially when you’re staring at a stripped screw head or a stubborn fastener that just won’t budge.
There’s a lot of advice out there, some good, some… well, let’s just say it’s written by people who’ve never actually wrestled with a rusty lag bolt. So, do plates and screws get removed? Yes, but sometimes it’s a real fight.
This isn’t about theoretical possibilities; it’s about what happens when you’re the one holding the screwdriver, drill, or pry bar, and the job is far from done.
When Screws Decide to Stay Put (and Why)
Look, the simple answer to whether do plates and screws get removed is usually ‘yes.’ That’s the whole point, right? You put them in to hold something together, and then you take them out when you need to take it apart. Easy peasy. Except, it’s rarely that easy. I remember the first time I tried to disassemble a cheap IKEA shelf I’d put together years ago. The screws looked normal, but when I went to turn them, they just spun. Not a good kind of spin; the kind where the threads are completely gone, leaving you with a useless metal nub. That day, I learned that ‘removed’ is often a hopeful aspiration, not a guaranteed outcome.
The main culprit is almost always the head. Stripped screw heads are the bane of any DIYer’s existence. This happens when the screwdriver bit slips out of the recess – be it Phillips, flathead, Torx, or whatever other torture device the manufacturer decided on. It can happen from using the wrong size bit, applying too much force at a bad angle, or just plain old wear and tear. When the edges of the recess get rounded off, the screwdriver can’t get any grip. It’s like trying to turn a doorknob with buttered hands.
Then there’s corrosion. If your plates and screws have been exposed to moisture, salt, or even just humid air for a long time, they can rust together. This isn’t just surface rust; it’s a chemical bond that can make a screw practically welded in place. Trying to force it can shear the head clean off, leaving you with a recessed shaft that’s a nightmare to extract. I learned this the hard way building an outdoor deck. The screws I used, while rated for outdoor use, eventually succumbed to a few harsh winters and some poorly timed rain. Taking that deck apart for repairs was an exercise in pure frustration, with more screw heads snapping off than coming out cleanly.
Over-tightening is another common sin. We’ve all done it. You want to make sure that shelf isn’t going anywhere, so you crank on that drill like there’s no tomorrow. This can strip the internal threads in the material the screw is going into, or it can deform the screw head itself. Either way, it makes removal a real pain. Sometimes, the threads on the screw itself get damaged, especially if you were impatient and tried to force it into a hole that was too small or at an angle. All these factors combine to turn a simple disassembly job into a battle of wills.
The type of material also plays a role. Screws going into soft wood are generally easier to remove than those going into dense hardwoods, metal, or even certain plastics. In softer materials, the threads can get stripped out more easily, but they also tend to bind less aggressively. Metal threads, especially self-tapping ones, can get really jammed in if they’re cross-threaded even slightly. The pressure and friction involved are immense. So, while the intention is always removal, the reality can be a lot more complicated.
What to Look for Before You Even Touch It
Before you even think about grabbing a screwdriver for a screw that’s giving you the ‘will not budge’ vibe, take a good, honest look. Is the head stripped? Are there any signs of rust or corrosion? Is the surrounding material damaged? Identifying the problem upfront is half the battle. If you go in blind, you’re more likely to make things worse. I’ve seen guys completely ruin a piece of furniture or a structural component because they didn’t stop and assess the situation. It’s like trying to perform surgery without knowing if the patient has a fever or a broken leg.
When I’m faced with a screw that looks iffy, I’ll grab a flashlight and get a good angle. I’m checking the condition of the recess. For a Phillips head, are the slots still crisp, or are they rounded out into smooth little bowls? For a Torx or Robertson (square drive), are the points still sharp, or have they started to wear down? Even a slight rounding means your bit might slip. If it’s a flathead, is it straight across, or has it chipped away at the edges?
Next, I’m looking for corrosion. This is especially true for anything that’s been outdoors or in a damp environment. Is there orange or reddish-brown powder around the head? Are there streaks running down from it? That’s rust, and it means the screw is likely bonded to the surrounding material. Sometimes, you can see flaking paint or finish around the screw head, which might indicate it’s been painted over multiple times. This adds an extra layer of material you have to overcome before you even get to the screw head itself. (See Also: Can You Remove Screw With Wrench )
I also check the material the screw is in. If it’s wood, is the wood soft and crumbly around the screw? That’s a sign of rot or decay, and the screw might just spin freely because there’s nothing for its threads to grip. If it’s metal, is there any deformation around the hole? That could mean the screw was cross-threaded or the hole was drilled poorly. For plastics, sometimes the plastic itself can deform under pressure, making the screw impossible to turn without damaging the part.
The type of screw and plate matters, too. Are you dealing with a simple wood screw, or is it a specialized bolt with a locking nut or a threaded insert? The design of the fastener itself can impact removal. A flat metal plate, for instance, might be preventing access to the screw head, or it might be warped and putting sideways pressure on the screws. Understanding what you’re up against before you start twisting is key. It’s not just about having the right tool; it’s about having the right strategy. A few minutes of careful observation can save hours of frustration and potentially prevent you from needing to buy replacement parts.
Tools of the Trade: What Actually Works
When a screw decides it’s had enough of being removed, you need more than just your standard screwdriver. I’ve wasted probably $150 over the years on fancy screw extractors that were basically glorified drill bits that never quite worked. The truth is, sometimes the simplest tools, used correctly, are the best. And sometimes, you just need to get brutal.
First off, the right screwdriver or bit is most important. For Phillips, use a PH2 bit that’s a perfect fit.
For Robertson, a #2 or #3. For Torx, match the size exactly. If the bit is slightly too small, it’ll chew up the recess even more. If it’s too big, it won’t seat properly.
A good quality, hardened steel bit makes a huge difference. Sometimes, just jamming a slightly larger bit in there with a bit of force can get you enough purchase to turn a slightly stripped screw. I’ve also had luck with impact bits – the ones that you hit with a hammer, and they sort of twist as they go in. They can shock a stuck screw loose and provide a strong engagement for turning.
They’re not foolproof, but they’ve saved me on more than one occasion.
For more stubborn cases, screw extractors are your next step, but choose wisely. The most common type are the ones you drill a pilot hole with and then screw the extractor into. They’re reverse-threaded.
The idea is that as the extractor bites into the drilled hole, it unscrews the damaged screw. I’ve found that cheap ones often have soft metal that just chews itself up.
Invest in a good set from a reputable brand. Also, drill that pilot hole perfectly centered and at the right depth. If you drill off-center, the extractor will be at an angle and won’t grip effectively, or it might even break off inside the screw, making a bad situation infinitely worse. (See Also: Do Surgical Screws Get Removed )
I did that once on a vintage cabinet hinge, and I still have nightmares about it.
Another trick I use, especially for screws that are just slightly rounded out, is to grab a rubber band. I put a wide, thick rubber band over the screw head, then press my screwdriver bit firmly into it and try to turn. The rubber fills in the gaps and provides extra grip. It sounds crazy, but it works surprisingly often, especially on smaller screws. For screws that are really stuck, sometimes a bit of penetrating oil (like PB Blaster or Liquid Wrench) is your friend. Let it soak in for 15-30 minutes, or even overnight if you can. It helps break down rust and corrosion.
Then there are the more… aggressive methods. If the screw head is completely mangled, you might need to cut a new slot for a flathead screwdriver using a Dremel tool with a cutting wheel, or even a hacksaw if space allows. This requires a steady hand and some patience. If all else fails and the screw is really proud of the surface, you might resort to vice grips or locking pliers to clamp onto the head and twist. This often mangles the head even further, but it can give you the use you need. The goal is always removal, but sometimes the method gets ugly.
| Method | Best For | Verdict |
|---|---|---|
| Correct Screwdriver/Bit | All situations, especially initial attempts | Key. Never skip this. Saves time and prevents damage. |
| Rubber Band Trick | Slightly stripped Phillips or flathead screws | Surprisingly effective. Low risk, high reward for minor stripping. |
| Screw Extractors (Good Quality) | Moderately to severely stripped screws | Reliable, but requires precision. Drill pilot hole dead center. Cheap ones are junk. |
| Penetrating Oil | Rusted or corroded screws | Patience required. Let it soak. Works wonders on seized fasteners. |
| Cutting a New Slot (Dremel/Hacksaw) | Completely mangled or broken-off heads | Advanced. Requires skill and safety gear. Effective when all else fails. |
| Vice Grips/Locking Pliers | Screws with enough head exposed to grip | Brute force. Can save the day but often damages the head further. Use as a last resort. |
Common Mistakes That Make Things Worse
There are a few classic blunders that people make when trying to remove stubborn screws, and I’ve made most of them myself. The biggest one? Rushing. You’re frustrated, the screw won’t turn, and you just want it out. So, you grab the biggest drill bit you have, jam it in there, and hammer the trigger. This is almost guaranteed to shred the screw head completely, making extraction ten times harder, or even impossible without serious damage to the surrounding material. It’s a lesson learned through pain and expense, usually involving a trip to the hardware store for replacement parts.
Another massive mistake is using the wrong size or type of screwdriver bit. People grab what’s closest, or what looks like it might fit. A Phillips #2 bit is not the same as a Phillips #1. A Torx T25 is not the same as a T20. Using a bit that’s too small will wallow out the recess. Using one that’s too big might wedge in but won’t engage properly, leading to slippage. This is why having a decent set of bits and taking a second to match the bit to the screw head is so important. It’s a small thing that makes a world of difference.
Then there’s the angle. Trying to turn a screw at a sharp angle, especially with a power drill, puts a lot of sideways force on the screw head. This is a prime way to strip it out or snap the head off. Always try to keep your tool as perpendicular to the screw head as possible. If you can’t get a straight shot, consider using a flexible extension or a right-angle adapter, though these can sometimes reduce torque. Better to use a bit of finesse than to apply brute force at a bad angle.
People also tend to apply too much pressure or not enough. If you don’t apply enough downward pressure on the screwdriver or bit, it’s going to slip out of the recess and cause damage. Conversely, if you’re using a drill and you’re not applying enough downward force, the bit can spin in the recess. It’s a balance: firm, consistent downward pressure while you slowly apply rotational force. This is especially true when using screw extractors. Many people don’t drill the pilot hole deep or wide enough, or they don’t apply steady pressure as the extractor bites in, leading to the extractor camming out or breaking.
Finally, and this is a big one, not letting penetrating oil work. If you’ve got a rusted screw, spraying some WD-40 (though PB Blaster or Liquid Wrench are usually better for rust) and immediately trying to turn it is like expecting a miracle. These chemicals need time to wick into the threads and break down the corrosion. I’ve seen people give up after five minutes, only to find that if they’d just waited an hour or overnight, the screw would have come out with minimal effort. Patience is a virtue, especially when dealing with stuck fasteners.
Real-World Scenarios: When Plates and Screws Get Removed
So, when do plates and screws actually get removed in the real world? Pretty much anytime you need to service, repair, or replace something. Think about furniture: you need to remove screws to replace a broken leg on a chair, fix a drawer slide, or even just move that heavy bookshelf. Appliances are another common place. If your washing machine is leaking, you’ll likely need to remove screws holding the panels on to get to the pump or hoses. Kitchen cabinets are constantly being reconfigured, repaired, or upgraded, and that means dealing with a lot of screws holding them to the wall and to each other.
Automotive repairs are a prime example. Changing brake pads? That involves removing screws holding the caliper bracket. Replacing a headlight assembly? You’re going to be unscrewing dozens of bolts and screws. Even simple maintenance like changing an air filter on some cars requires removing a few screws. The plates might be mounting brackets, decorative trim, or structural components. The screws hold them all together. And yes, in the automotive world, corrosion and overtightening are rampant, making removal a significant part of the job. I once spent an entire Saturday just trying to get the exhaust manifold bolts off my old pickup truck because they were seized solid with rust. (See Also: Cant Remove Screw From Moen Faucet )
Construction and home renovation are, of course, huge areas. When you’re framing a wall, you’re using screws and sometimes metal plates to join pieces of lumber or attach joist hangers. Later, if you need to run new wiring or plumbing through that wall, those screws and plates might need to be removed. Demolition is basically a controlled process of removing screws and other fasteners to take things apart. Even simple tasks like replacing a light fixture involve removing screws holding the cover plate and then the fixture itself. Structural repairs often involve removing plates and associated fasteners to reinforce or replace damaged sections.
Then there are the less obvious places. Think about electronics. While many are riveted or clipped, larger electronic enclosures, like those for servers or industrial equipment, use screws. Even some older computer towers had numerous screws holding the case together. Musical instruments, especially vintage ones, might have plates and screws for hardware that needs servicing. Hobbyist projects, like building drones, RC cars, or custom computer builds, are packed with small screws and mounting plates that are routinely removed and reinstalled.
The key takeaway is that removal is the intended function, but the ease of removal varies wildly. It depends on the quality of the fasteners, the environment they’ve been in, how they were installed, and the tools you have available. Sometimes it’s a five-second job. Other times, it’s an all-day battle that makes you question your life choices and consider a career in something less… tactile.
People Also Ask:
Can You Remove a Screw with a Stripped Head?
Yes, you absolutely can, but it often requires specialized tools or techniques. The easiest methods for slightly stripped screws involve using a rubber band for extra grip or trying a slightly larger screwdriver bit. For more severely stripped heads, you’ll likely need screw extractors, which are reverse-threaded bits that bite into the damaged head. In extreme cases, you might need to cut a new slot for a flathead screwdriver with a Dremel or use vice grips to clamp onto the head and twist it out. It’s rarely as simple as just using a screwdriver.
What If a Screw Is Completely Stuck?
If a screw is completely stuck, it usually means corrosion, overtightening, or thread damage has occurred. Your first step should be to apply a good penetrating oil and let it soak for at least 30 minutes, or ideally overnight. If that doesn’t work, try gentle tapping with a hammer on the end of the screwdriver while trying to turn it, or use an impact driver. If the head is still intact, a screw extractor is the next logical step. If the head is damaged, you’ll have to resort to cutting a slot or using pliers to grip the outside of the head and twist. Sometimes, if it’s in wood, carefully drilling around the screw can release pressure.
How Do You Remove a Screw That Is Painted Over?
Removing a painted-over screw requires breaking through the paint layer first. You can try scoring the paint around the head with a utility knife to break the seal.
Then, use a screwdriver bit that fits snugly and apply firm downward pressure while turning. If the paint is thick, you might need to gently heat the screw head with a heat gun (not too hot, or you risk damaging the surrounding material) to soften the paint, then try unscrewing it. Sometimes, a bit of penetrating oil applied to the edges can help break down the paint’s adhesion. If the paint is really stubborn, you might need to carefully chip away at it with a small chisel or carefully use a Dremel tool to grind away just the paint around the head.
How Do You Remove a Screw That Won’t Turn at All?
If a screw won’t turn at all, it’s likely seized due to rust, thread locker, or being cross-threaded. Start with penetrating oil and a good amount of time for it to work. Gentle tapping on the screwdriver handle while attempting to turn can sometimes shock it loose. An impact driver, which delivers rotational force with a hammering action, is very effective for this. If the head is still good, try a screw extractor. If the head is damaged, you’re looking at cutting a new slot or using pliers. Sometimes, if it’s in a blind hole, carefully drilling out the center of the screw (slightly smaller than the screw’s minor diameter) can relieve the pressure holding it in place.
Verdict
So, to circle back to the original question: do plates and screws get removed? The answer is a resounding ‘yes,’ but it’s not always a clean or easy process. You’ll face stripped heads, seized threads, and a whole lot of frustration if you’re not prepared.
The real takeaway is to approach these tasks with a bit of foresight. Assess the situation, use the right tools for the job, and don’t be afraid to try a few different methods if the first one doesn’t work. Sometimes, a simple trick like a rubber band saves the day; other times, you’ll need to break out the heavy-duty extractors or even a cutting tool.
Next time you’re faced with a stubborn fastener, remember this isn’t just about brute force. It’s about knowledge, patience, and the right approach. And if all else fails, sometimes it’s okay to admit defeat and call in a pro – though where’s the fun in that?
