How to Use Tek Screws
Tek screws are among the most popular screw types, and for a very good reason — they are a broad category that includes many different self-drilling screws. Tek screws are commonly used in the electrical industry and other service jobs where there’s a need to attach metal to metal or wood to wood. Tek screws are especially helpful when you are fastening in volume. Naturally, the self-drilling nature of Tek screws makes the work go much faster.
If you’re considering Tek screws for an upcoming job, here’s a look at what they are, how to use them, as well as the different types of Tek screws you can find.
What Are Tek Screws?
Tek screws are incredibly common due to their self-drilling or self-tapping nature. Whether you’re a service contractor or a do-it-yourself enthusiast, time is precious — and Tek screws help you save time.
Each Tek screw features a carving piece on its tip, which is what makes self-drilling possible. This means you don’t need to create a pilot hole before the fastener, and it also means your work moves forward efficiently.
Plus, Tek screws are versatile. While they are often used in the electrical industry, you can apply them to almost any project where a Tek screw’s self-drilling ability will be helpful.
The Ins and Outs of Using Tek Screws
The best way to use a Tek screw is with an electric screwdriver or drill. You can choose to create a pilot hole, which will ensure your Tek screw goes in straight. Just make sure your pilot hole is slightly smaller than the Tek screw, or else the screw’s grooves won’t be able to catch.
Many choose not to drill pilot holes, though, as one of the significant benefits of using Tek screws is that you don’t need to. Still, drive Tek screws as slowly as possible, which will help them drive straight even without a pilot hole. Tighten the screw, but make sure it’s not too tight. Tightening too much can lead to the head stripping, which will make it difficult to remove the Tek screw if necessary.
Different Types of Tek Screw
You’ll find a wide range of diverse types of Tek screws. Your application is unique, which is why you need to find a Tek screw that’s well-suited for the job. Some of your options will include:
- Low-Profile Tek Screws: Low-profile Tek screws are perfect when you need to limit how far the screw’s head protrudes from its hole.
- Hex Head Tek Screws: Hex heads always provide greater stability during installation. Find Tek screws with hex heads when you’re engaged in roofing and other applications that require self-drilling through aluminum or other metals.
- Pan Head Tek Screws: Pan head Tek screws are perfect for light-duty applications, and they diminish the need to create a pilot hole.
This is just a sampling of the many types of Tek screws available on the market. Once you understand the job at hand, you’ll be able to identify the perfect Tek screw for completing the task effectively and efficiently.
Get the Tek Screws You Need at All Points Fasteners
Are you wondering: What is the use of a Tek screw? When using Tek screws, you enjoy speed, efficiency and stability that isn’t always available with other types of screws. Now that you know how to use Tek screws, it’s time to find the perfect products.
At All Points Fasteners, we carry a massive selection of fastening solutions — Tek screws included. When you choose All Points as your fastener supplier, you can always count on competitive pricing, high-quality products and industry-leading customer service and support.
Find the Tek screws you need for your next job today. Contact us if you have any questions.
Tek Screws (Self-Drilling Screws) Review and Buying Guide
Self-drilling screws are not very new to the world of fasteners.
Because there are many names for the same part, it can end up being very confusing. They are not much different than standard screws but come with distinct features that make them standout clearly from the rest. They are of different types and each type has its specific role to play.
The following are some of the common types and how and when they are used:
- Bi-metal and stainless steel- tek screws made of this type of material is primarily used for fastening in situations where products made of stainless steel are required. Other situations it can be used include fitting steel to steel, stitching of casing panels as well as fixing composites or timber to aluminum.
- Type 17 point – Also known as an auger point can be used to join together profile metal sheets and timber purlins or cement sheets to light sections steel and timber.
- Heating & ventilation screws – 8×1/2 hex washer head self-tapping needlepoint and self-drilling screws are the most popular. is very simple; manufacture and assembly of air conditioning systems as well as ducting.
- Hex head for heavy steel – if you are out to fix steel to steel, this head style will be ideal for use as well as when fastening general components and liner panels to steel. They are also good for fixing roofing applications and cladding to both cold and hot rolled rails and purlins.
- Hex head for light steel – this head style is also good to fix steel to steel, fasten general components and liner panels to steel in addition to fixing roofing applications and cladding to both cold and hot rolled rails and purlins.
- Metal framing – these self-drilling screws are primarily used to fix any steel to steel even though there are many other options available. But, that is the main purpose of the screws.
- Stitching screws – as the name suggests, use these screws to stitch cladding panels.
- Reamer tek screw – if there are any composites and timber to fix to steel, these will be the ideal screws to use for accomplishing that. They are also good for fastening timber to thick steel sections including situations where normal tek screws cannot be used with very hard steels.
- Zinc coated – these are another type of screws to consider and are ideal for fastening in situations where you will not require high end corrosion resistant coating. Use them also when fixing composites and timber to steel.
- Composite panel fasteners – use these screws to fix roofing applications and cladding to both cold and hot rolled rails and purlins. Other applicable situations are when fastening general components and liner panels to very heavy steel.With all these types, the next big thing will be making out how to make the right purchase. You must be in a position of choosing the ideal screws to help accomplish the task you have at hand. If you are not well informed on how to go about your purchase process, it might end up in frustrations once you are stuck. Regardless of whether you are buying your screws from an online store or physical store, you must ensure everything is thorough.
Plan your purchase well
When you are looking for a quote, you should be ready to supply the following information:
- Head style-is it a hex head? If so, what size hex head will you be using? (1/4″, 5/16″, 3/8″)or do you need something to go flush? There are all types of head styles to fit the type of job.
What size shank will the screw need? The shank is the thickness of the screw. (#6, #8, #10, #12, #14). Keep in mind, the higher the number, the thicker the shank.
- How long is the screw? Very important. You would measure from underneath the head to the tip of the screw.
- What does the point look like? Is it sharp? Does it look like a drill bit? Does it have a groove at the end? Let the salesperson know what
you will be using it for and they can help you decide. Are you going through metal, wood?
- Will a zinc plated screw work for you? Or do you need stainless? copper? If it’s stainless, do you want magnetic, or non-magnetic?
- How many do you want and how quickly do you need them? Remember in the case of painted screws, there is a lead time for painting, so please get your quote early.
Ask questions! Your sales people are there to help you. Whoever you are working with will want to get you the right screw at the right price. All business is designed for customer satisfaction. Nobody wants an unhappy customer. Doesn’t matter if you are a one time customer or a regular account, your sales person wants to make you happy.
Hope this helps you in your pursuit of choosing a fastener. Whether you are a contractor, purchasing agent for an OEM or a DIY guy/girl, we hope this information help you choose the right screw for the job!
Wood to Metal Screws – Reamer Teks
This screw is a not a well-known screw but to our educated contractors it is a necessary screw. The head on the Reamer Tek is normally flat with a phillips drive and the threads are finer, which means the screw will not turn faster than the drill bit and will prevent it from breaking, which costs time and money to everyone. This wood-to-metal screw can be used on both hardwoods and softwoods. There are wings on the bottom of this screw which break off when reaching the metal and allows the screw to drill out the wood and then connect to the metal. The good news is most of your projects do not need to be pre-drilled when using this wood to steel screw!
You can use these screws in all types of building projects, such as truck beds, trailer decks, four-wheeler trailers, and horse trailers, and even docks. These sheet metal to wood screws can also be used when building decks and metal joists. Once our contractors find out about the reamer tek screw, they continue to use them. It has become one of our best selling products.
Many of our customers come to us to ask questions about Reamer Teks before buying. Some of the most common questions are “Will it damage the wood?” “What sizes will I need?” Reamer Teks are specially designed not to damage the wood. Reamer Teks come in a variety of sizes for use in all your DIY products involving wood to metal. If you are not sure of the sizes you need, we have the specifications available to help you choose the right screw for you. Reamer Teks can be used in 16-gauge metal to 30-gauge metal. Some sizes may even be able to through 12 gauge metal.
Here is a helpful chart to determine what size wood to metal screw you need:
Reamer Teks – Screws Best Kept Secret!
There are several different types of self-tapping, self-drilling screws, commonly known as tek screws. Each serves its own purpose and deciding on the proper part for the job is critical in order for the screw to perform correctly.
One relatively unknown tek screw is the reamer tek. The reamer tek screw is the ultimate wood-to-steel fastener. The reamer tek screw typically has a flat head using a Philips drive. There are also ‘wings’ right above the drill bit tip. Reamer tek screws have been developed for the function of going through wood into steel. The screws are manufactured with wings which ream out the wood to prevent early thread engagement into the timber prior to the drill point drilling in the metal. The wings are made to snap-off when they connect with steel that is 16 gauge (.060″) or thicker. These fasteners are not produced for use in steel thinner than 16 gauge. The fasteners are built with finer threads, typically 16 to 24 threads per inch, so that the drill bit can get a chance to drill in the thicker metals without snapping. There is additionally a slot in the shank that carries the metal shavings from the screw’s drill motion and stops them from interfering using the fastener threads as they tap into metal. There are a lot of uses for this little known fastener such as wood fencing, truck beds, trailer decks, horse trailers, snowmobile trailers, 4 wheeler trailers and more. These reamer tek screws will include the choice of whether #3, #4 or #5 tek screw points.
An additional choice will be what material will be used in manufacturing. Usually, these are made with normal carbon steel, but for applications requiring resistance to corrosion, similar to being utilized on wood docks close to water, there are stainless steel reamer tek screws available that are coated for additional rust resistance for use with ACQ lumber. For the ultimate rust resistance, there are bi-metal reamer tek screws where the body of the screw is completely non magnetic stainless but the point is made of hardened carbon steel. This allow the bit tip to do all the hard work but the body remains completely rust free and non corrosive. The downside is that they are costly but, for some, very worth the price!