Jaw locking pliers are a type of hand tool that is used for gripping, holding, and compressing objects. It consists of two long handles with a locking mechanism, allowing users to maintain a secure hold on the object while they work.
The jaws are adjustable, allowing the tool to adapt to various sizes and types of objects. They are designed to have a strong grip, making them an ideal choice for a variety of applications in workshops, garages, and other settings.
They can be used to secure objects while they are being drilled, retained while they are being cut, or clamped into place while being soldered or welded. Other popular uses include tightening nuts, bolts, and clamps, as well as removing and installing nails, pins, and other smaller fasteners.
Jaw locking pliers are also a great choice for gripping non-metallic surfaces such as wood and plastic due to the pressure created by the strong gripping force.
- Are vise-grips and locking pliers the same thing?
- How do you get locking pliers to lock?
- How do you remove a screw that has no head?
- What is it called when you mess up a screw?
- How do you remove a stripped screw with Super Glue?
- What are screws with no head called?
- What is a headless screw?
- What tool do I use to remove a screw?
- How do you use a screw removal tool?
- How do you get a stuck screw out of metal?
- What happens if a screw extractor doesn’t work?
- How do you use an extractor socket?
- What is the tool to remove a stripped bolt?
- Do screw extractors really work?
- How do you use needle-nose vise grips?
- What causes locked jaws?
- How do I know if my jaw is locked?
- What is a torque lock?
- What is flat nose pliers?
Are vise-grips and locking pliers the same thing?
No, while they may look similar, they are not the same thing. Vise-grips, also called locking pliers, are a type of tool that adjusts to a desired size and apply pressure to an object. They are used primarily to secure a particular object, such as a nut, pipe, or bolt, in a secure and fixed position.
On the other hand, locking pliers, also called vice-grips, are usually longer and have a thinner, curved head, which gives them increased reach and leverage. They are used for loosening or tightening hard-to-reach fasteners, and are typically less expensive than vise-grips.
Despite their similarities, the primary difference between vise-grips and locking pliers is their design, as well as their intended uses.
How do you get locking pliers to lock?
To get locking pliers to lock, you will first need to adjust them to the size of the object you are gripping. To do this, you can turn the screw located at the end of the pliers to widen the gap, or tighten it close the gap.
Once the gap is the right size, you then need to squeeze the locking pliers together until they click. That click is the sound of a pawl engaging the notch in the gear and flanges. This is a mechanical motion that causes the jaws to stay locked in place.
When you want to unlock the pliers, you simply press the release button and the jaws will come undone.
How do you remove a screw that has no head?
If the screw has no head, it is likely a one-way screw that has been inserted with a special tool. If this is the case, you will need to use a specialized tool called a one-way screw remover. This tool features a small drill bit-like head that is designed to fit into the notch of the one-way screw.
As the tool is turned in a counter-clockwise direction, the end of the tool digs into the screw and allows it to be unscrewed and removed. If the screw is still firmly stuck, you can use a heat gun or soldering iron to heat the screw.
This will cause the metal to expand and break the grip of the screw, allowing it to be removed.
What is it called when you mess up a screw?
When you mess up a screw, it is commonly referred to as ‘stripping the screw’. This occurs when the screw is being tightened, but the screwdriver slips off the slot in the head and ends up damaging the head or slot of the screw, making it harder to turn or remove.
Stripping screws is often the result of using the wrong type of screw head, using a bit of the wrong size, or simply over-tightening the screw. To avoid damaging a screw, be sure to use the correct type and size of screwdriver bit, and be mindful of how much torque you are applying while tightening the screw.
How do you remove a stripped screw with Super Glue?
Removing a stripped screw with super glue can be a great way to overcome a tricky repair problem. To do this, you’ll need some super glue, a paper clip, and a pair of pliers.
Start by squeezing a small amount of the super glue onto the end of a paperclip. Carefully place the paperclip in the middle of the stripped screw head. Make sure the paperclip is completely covering the entire head of the screw.
Allow the glue to dry completely – this could take a few minutes.
Once the glue is completely dry, use the pliers to firmly grip the paper clip. Firmly hold the pliers in place and begin to slowly turn the screw counter clockwise until it begins to move. Once the screw has started to move, you can finish unscrewing the screw with your fingers.
With some patience and careful maneuvering, you can remove a stripped screw with super glue. Just make sure to not over tighten the screw once it has been replaced to ensure a better grip the next time you need to remove it.
What are screws with no head called?
Screws without a head are often referred to as “set screws” or “grub screws” and are used for securing two components together without protruding from the surface of the part. They are typically fitted with an internal socket or hex so that an Allen wrench or screwdriver can be used to tighten the set screw.
The most common uses for these are in applications where the screw must remain flush with the surface of the part or where increased security or a more finished appearance is required. Examples of these applications include securing set collars, pulleys, and gears in place, attaching hinges and locks, and fixing shafts, rods, and pins.
What is a headless screw?
A headless screw is a screw that has no head or a flat end instead. It is a specialized self-tapping screw that is often used in applications where the head or flange would be difficult to install or potentially cause damage or interference.
They are also used in applications like orthopedic surgeries, electronics, and machinery, as the headless feature allows them to be inserted into tight or close areas. They require a longer nut and washer when being used due to the lack of a flat surface for the washer to have a proper contact.
They are also referred to as blind screws, as their head is below the surface and the point of drilling is unknown.
What tool do I use to remove a screw?
The most important tool to use when removing a screw is a screwdriver. Depending on the type of screw, you may need to use a Phillips screwdriver (which has a cross-shaped head) or a flathead screwdriver (which has a straight blade on the head).
Once you have the appropriate screwdriver, you will need to insert it into the screw and then turn it counterclockwise. If the screw is particularly tightly secured and does not turn easily, you may need to apply a bit of additional force by hammering the handle of the screwdriver.
It is important to be sure that the head of the driver and the head of the screw are properly aligned throughout the process so that you do not strip the screw.
How do you use a screw removal tool?
Using a screw removal tool is a great way to efficiently and safely remove a screw that has become damaged, stripped, or otherwise stuck. To use the tool, start by placing the tip of the screwdriver over the damaged screw head.
Slowly turn the screwdriver so that the side of the removal tool’s tip is flush against the head of the screw. This will allow the tool to bite into the grooves of the screw’s head.
Once the tool has a hold on the damaged screw, turn the screwdriver counterclockwise to loosen the screw. With enough patience and effort, the screw should eventually come out. If it does not come out on the first try, simply repeat the process.
Depending on the quality of the tool, it should be able to remove even the toughest screws with ease.
When finished, the tool can be cleaned with a cloth to ensure it remains in optimal condition. In addition, it’s a good idea to store the tool in a safe, dry location to ensure it maintains its functionality for a long time.
How do you get a stuck screw out of metal?
Removing a stuck screw from metal can be a tricky process depending on the age and condition of the screw. Here are a few tips for getting it out safely:
1. Heat it up. Before attempting to remove a stuck screw from the metal, apply a torch or a hot air gun from a few different angles to expand the screw and the surrounding metal. This can make the screw easier to remove.
2. Try a rubber band. Another trick to loosen a stuck screw is to place a rubber band around the head of the screw and twist the rubber band to twist the screw.
3. Drill it out. If other attempts fail, drilling the screw out is an option. However, before drilling make sure the drill bit is the same size as the original screw. Drilling too deep can create a whole new problem.
4. Use a specialized tool. There are a variety of tools made specifically to help remove stuck screws, such as screw extractors and spiral screw extraction tools. They use a reverse thread that bites into the screw and allows you to easily remove it from the metal.
With patience, a little know-how, and the right tools, you should be able to figure out how to get a stuck screw out of metal safely.
What happens if a screw extractor doesn’t work?
If a screw extractor doesn’t work, there are other options you can try. First, you can use a power drill to reverse the screw to back it out. Alternatively, you can heat up the screw head with a heat gun to cause the metal to expand and loosen it.
You can also try a hammer and chisel if you need to. If all of these fail, you can try an air chisel or an oscillating tool. Finally, if all else fails, you can hire a professional to extract the screw for you.
How do you use an extractor socket?
An extractor socket is a specialized socket designed to remove stripped, stuck, or damaged nuts, bolts, and screws. It features an extended square drive and split ends, allowing the technician to insert it over the bolt head.
When the technician applies pressure to the drive, the split ends expand and bite into the sides of the fastener, enabling it to be removed.
To use an extractor socket, the technician should first select the proper size for the fastener, making sure it is the same size as the head of the bolt or the tool used to secure it in place. If the fastener is severely damaged or stripped, the technician should select a larger size to ensure a good fit.
Once the correct size has been selected, the technician should ensure the socket is securely seated on the head of the fastener. If necessary, they can also use a hammer or an impact wrench to gently tap the socket onto the head.
After the extraction socket is in place, the technician should slowly begin to apply pressure to the drive, turning the socket clockwise to loosen the fastener. It is important to not turn too quickly, as the increased pressure could cause the extractor socket to slip off the head.
Taking the process slowly will ensure the fastener is completely removed.
Once the fastener is released, the technician can then remove the extractor socket and use a conventional socket to loosen or remove the fastener as needed.
What is the tool to remove a stripped bolt?
Depending on the size of the bolt, type of fitting, and other factors. Some of these tools include vice-grips, adjustable wrench, junkyard hammer, drill and extraction bit, or even a hacksaw.
Vice-grips are very common, and oftentimes the first tool of choice when attempting to loosen a stripped bolt. The locking mechanism of the vice-grips can be used to grip onto the head of the stripped bolt and provide more torque than a wrench or hammer.
An adjustable wrench can also be used to loosen a stripped bolt but due to the limited torque they may not be as effective as a vice-grip.
In some cases a junkyard hammer may be the best option. Striking the end of the bolt with a hammer can jar it loose, although this may not work in all cases.
Drill and extraction bits are another option. These bits use a reverse thread to back the bolt out of the fitting, and are particularly effective if housed in a drill for additional torque.
In rare cases, if all else fails, a hacksaw may be used to cut the bolt flush with the fitting, and a new bolt can be installed.
Ultimately, the best tool to remove a stripped bolt will depend on the size and type of fitting, as well as the amount of tooling you have available.
Do screw extractors really work?
Yes, screw extractors do work in most cases. They are designed to fit into a stripped or damaged screw head and allow you to remove the screw by applying pressure to the extractor. With patience, a screw extractor can usually be successful in removing a stubborn screw.
However, it is important to use the correct size screw extractor to match the size of the screw you are trying to remove. In addition, it is important to use a lubricant such as WD-40 to ensure that the screw extractor does not slip and damage the screw head.
Finally, using a torque wrench to help loosen the screw may be beneficial in more difficult cases. Overall, screw extractors can be an effective solution for stubborn screws, but it is important to make sure that the extractor is the correct size, use a lubricant and possibly a torque wrench when needed.
How do you use needle-nose vise grips?
Needle-nose vise grips are a handy tool that can be used to hold an object securely in place while you work on it. To use them, first, open the handle of the vise grips and adjust the jaws to the size of the object you want to hold in place.
Firmly clamp the vise grips over the object and close the handle until it is snug. Make sure the jaws of the vise grips are securely around the object as closing the handle too tight can cause the jaws to slip and fail to hold the object.
Depending on the size of the object and the size of the jaws, you may need to move the vise grips’ jaws to one side of the object while you keep the handle closed.
Once the vise grips are securely holding the object in place, you can use them like a third hand to help with any small repairs or modifications. You can also use a vise grip to apply torque to the object, such as to loosen or tighten small screws or nuts.
To do this, make sure the handle of the vise grip is firmly secured to the object and rotate the handle to apply the appropriate torque. Once you are done, open the handle of the vise grips and remove them from the object.
What causes locked jaws?
Locked jaws, also known as temporomandibular joint (TMJ) syndrome or temporomandibular joint disorder (TMD), is a condition characterized by severe pain and/or discomfort in the face, jaw, and head that is caused by problems with the temporomandibular joint and its surrounding muscles, connective tissues, and ligaments.
This disorder can be extremely painful and can impede an individual’s ability to speak, eat, and clean the teeth properly.
The exact cause of jaw locking is unknown; however, there are many factors that can contribute to the development of this condition, including but not limited to: bruxism (excessive clenching or grinding of the teeth); trauma to the jaw; arthritis; dental irregularities; stress; misalignment of the teeth or bite; tooth loss; and heredity.
In some cases, jaw locking can be attributed to a sudden injury or strain to the TMJ.
It is important to note that jaw locking can also be a sign of a more serious underlying medical condition, such as a neurological disorder, an autoimmune disorder, or an infection. If you are experiencing symptoms of jaw locking, it is important to seek medical attention as soon as possible in order to accurately diagnose and treat the underlying cause of your condition.
How do I know if my jaw is locked?
If your jaw is locked, it can be difficult to open and close your mouth normally. You may experience pain or discomfort when trying to open your mouth and chewing. Locking of the jaw joint often occurs after injury or trauma and is sometimes referred to as TMJ dysfunction.
Other signs that your jaw is locked include: hearing popping noises or clicking sounds when you open your mouth wide; feeling grating, grinding or catching sensations when you move your jaw; having limited movement of your jaw and not being able to open your mouth more than a quarter to half inch; experiencing pain or tenderness around the joints of the jaw; having pain or difficulty while chewing; having difficulty swallowing; and having facial swelling.
If you’re experiencing any of these symptoms and believe that your jaw is locked, it is important to seek medical attention. A doctor will be able to provide an accurate diagnosis and recommend the best course of treatment.
What is a torque lock?
A torque lock is a type of lock that relies on the mechanical principle of torque to inhibit movement or keep an object stationary. It functions by using a pair of levers, each with its own lock, that when twisted tightly together provides a secure connection.
This connection relies on the reciprocal force created by two objects of equal weight and displaced from the center. The result is a high level of stability and resistance to any outside force. It is commonly used in many industries, including manufacturing, power plants, construction, and the shipping and transportation industries.
Torque locks are also a common feature in passenger and freight rail cars, restrooms, and handicapped facilities, providing additional security and stability as needed.
What is flat nose pliers?
Flat nose pliers are a type of pliers that feature long, tapered flat jaws, making them ideal for delicate work and griping small objects. These pliers typically have long handles that provide leverage, making them easier to use than other types of pliers.
They are often used to shape and grip small wires, hold objects in place while being glued, or to compress various types of materials such as wire mesh. Flat Nose Pliers are also great for stretching open loops, opening and closing jump rings, and making bends and angles in wire.