The type of nylon filter mesh you require depends on the type of application. You can find different configurations of the mesh available, in various sizes. The sizes you will need to determine include the mesh opening and the length of the actual mesh. The opening size is influenced by the size of the thread used and the mesh count.
Your Nylon Filter Mesh Opening Is Too Big When It Is Not Filtering Out Particles
You can have problems removing small particles from liquids when the openings in nylon filter mesh are too big. Instead of preventing the particles from passing through the mesh, they are able to fit through the opening. To remedy this situation, you should obtain filter mesh with a smaller mesh opening. You may even want to consider using multiple meshes in different sizes, to remove as many particles as possible.
During different assembly processes you may need to use springs and other types of wire. Using normal types of wire or springs for securing pieces together can be an issue, when you want a tight fit. However, you do not have to worry about damaging or over-extending your springs and wires, when you use NiTinol wire. This type of wire can be made into springs and other types of wire connectors. If you bend it out of shape, you can get it to return to its normal shape by applying heat.
You Can Use Hot Water to Get NiTinol Wire to Return to Its Original Shape
If you accidently bend NiTinol wire out of shape, you do not have to throw it out and start over. Instead, you just need to get yourself some hot water to force the wire back into its original shape. You can either drop the wire into a container holding the hot water, or carefully pour it over the wiring. As the heat from the water transfers to the wiring, it causes it to change back into its original shape and size.
Just like sharp needles, blunt needles come in all different sizes, which are referred to as the needle gauges. The smaller the gauge number, the bigger the inner diameter opening in the needle. As the gauge numbers increase, the inner diameter opening in the needle decreases. This is important to remember, so you order the correct size needles.
Different types of wire may be coated in a plastic coating to help prevent them from being exposed. The reason the wiring should not be exposed can vary, depending on the purpose. For instance, electrical wiring should not be exposed as this can create a fire hazard. You may not want other types of wire exposed when they are used in settings where they can rust. You can use PTFE heat shrink tubing to fix areas on wiring where the coating is cracked or missing.
Hypodermic tubing is available in different sizes, gauges and tips, and can be custom cut to fit your requirements for your different purposes and applications. The gauge will determine the opening size in the tubing, with smaller gauge numbers having larger openings. As the gauge numbers increase, the opening sizes decrease. The two basic types of tips used in different industries include blunt tips and sharp tips.
PTFE shrink tubing can also be called by the brand name Teflon shrink tubing. This type of tubing can be used to seal and secure different types of connections for electronic and catheter applications, for example. Shrink tubing comes in different sizes, including standard four foot lengths, as well as custom cut sections for specific applications.
PTFE Shrink Tubing Has a Minimum Shrink Temperature
PTFE shrink tubing has to be heated up in order for it to shrink. This is most commonly done with a heat gun, as it is able to generate the required level of heat needed to shrink the tubing. PTFE tubing requires a minimum shrink temperature in the range of 654 degrees Fahrenheit to 670 degrees Fahrenheit.
Hypodermic tubing is the stainless steel portion you find attached to most needles. It does not matter whether the needles are used for drawing blood, administering injections or dispending epoxy. Each of these types of needles can be made from hypodermic stainless steel tubing. The difference is often in the length and size of the tubing and how it is cut. Some cuts result in blunt tipped needles, while others will result in sharp tipped needles.
Experiment with Hypodermic Tubing to Find the Gauge Size You Need
The type of hypodermic tubing you require will depend on the types of applications and functions you intend to perform with the tubing. For instance, if you are using the tubing to apply liquids to different parts during a production process, then you will need tubing which can accommodate the correct flow rates of the fluids. You may need to experiment with different gauges of tubing, until you find the one that will handle the desired fluid flow rates.
Thin wall stainless steel tubing allows for a faster flow rate of fluids than regular wall stainless steel tubing. The reason you obtain a faster flow rate is because the inside diameter on the stainless steel tubing is larger in thin wall than in regular wall. Faster flow rates are required for a number of medical, aerospace or industrial applications.
Store Thin Wall Stainless Steel Tubing Separate from Other Types of Tubing
You should make sure you clearly mark the storage locations of different wall sizes of stainless steel tubing. You should have one location for storing thin wall stainless steel tubing, another for regular wall and a third for extra thin wall. Within each storage location, you will also want to sort the stainless steel tubing by the gauge sizes. By properly sorting your tubing, you will make sure to always get the correct wall size and gauge. Round plastic tubing is a great way to organize and safely store both hypodermic tubing and wire.
Making repairs to broken tubing is not a problem when you use PTFE tubing. Instead of having to replace the entire tube with a brand new one, you can use PTFE tube to cover the location where the tubing is cracked or broken. Upon heating the PTFE tube, it will shrink and make a seal over the section that is damaged.
Match the Wall Size of PTFE Tubing for the Best Fit
Picking out the type of PTFE tubing you require will depend on where you need to use it. There are different wall sizes available, which means the outer diameter of the tubing can vary. You should match the correct wall size in order to get the best fit, once you heat shrink the tubing. Using the wrong wall size could result in the tubing not completely shrinking, or restricting the shrink tubing which can affect the recovered wall.
When you are looking at heat shrink tubing, you have several different options of tubing available. You can look at PTFE tubing with different heat shrink ratios and wall thicknesses, or FEP shrink tubing which a lower recovery temperature than PTFE. You can even look at combination PTFE-FEP shrink melt tubing, which has PTFE on the outside layer and FEP on the inside layer.
Prepare Materials before Applying FEP Shrink Tubing
Before applying FEP shrink tubing, you will want to properly prepare the material being covered. You should wipe off any dirt and dust from the surface area and make sure it is completely dry. Applying heat shrink tubing to dirty or wet materials can result in the tubing not shrinking correctly or forming a tight bond around the material.