The Inner Diameter of Hypodermic Tubing Becomes Larger as the Wall Size Becomes Thinner

Hypodermic tubing is available in regular wall, thin wall and extra thin wall sizes. While the gauge of the tubing does not change from one type of tubing to the next, the interior diameter opening does. For example, if you were to look at the specifications on 10 gauge tubing in each size, you would discover that the outer diameters were the same for each wall size. But, you will notice the inner diameter changes and becomes slightly larger as the wall sizes move from regular, thin and extra thin.

Use Different Wall Sizes of Hypodermic Tubing to Attain Desired Flow Rates

One reason why an organization will use different wall sizes of hypodermic tubing is to achieve proper fluid flow rates, without having to switch gauge sizes. Each wall size allows a different amount of fluid to flow through the tubing at a specified rate. The actual fluid rate does depend upon other factors, such as the amount of pressure on the fluid, as well as the type of fluid passing through the tube. For example, water often flows at a faster rate as compared to a thicker fluid, such as glue.

The Dispensing and Collection of Fluids is Possible with Blunt Needles

Blunt needles are used for dispensing and collection of various fluids and liquids. While most commonly used in the medical industry for a variety of collection and dispersal methods, these types of needles are also used for manufacturing and production processes. When the needles are connected to a dispenser, such as a syringe, it allows for accurate measurements of fluids and helps to prevent waste.

Reduce Production Waste Costs for Fluids by Using Blunt Needles

Production and manufacturing facilities are often able to reduce waste costs associated with the over-usage of various liquids and fluids by using blunt needles. When employees are allowed to manually apply adhesives, lubricants, oils and other types of fluid materials to parts and components, they have to guess how much to apply. However, if they are provided with a needle assembly and dispensing device, they will use the measurements on the side of the device to accurately control the amount of fluid applied. By controlling and applying the correct levels, your waste costs for fluids can be reduced.

Laboratories use Woven Nylon Mesh for Performing Tests and Experiments

Conducting experiments and performing lab tests can require the use of woven nylon mesh. This type of mesh allows particulates to be captured and removed from liquids at different testing stages. The size of the mesh openings does influence the amount and size of particles that will be removed from fluids. You may need to use multiple sizes of nylon mesh in order to achieve the desired filtration results.

Biopsy Bags Are Manufactured from Woven Nylon Mesh

Woven nylon mesh is used to manufacture mesh nylon biopsy bags. Biopsy bags come in different sizes and are used to contain specimens. The bags help to reduce the risk of loss after collection. Once the specimen is placed inside the mesh bag, it can be processed and tested as required. Once testing is complete you can reopen the bag for specimen removal for further examination, testing and diagnosis.

Use PTFE Shrink Tubing for a Variety of Applications

You can use PTFE shrink tubing for a variety of applications and purposes. This type of tubing helps with such situations like bundling cables and wires, electrical insulation, wire and cable splicing, protection against corrosion, moisture and abrasion, as well as protection against the elements when it is used in outdoor settings. The size of tubing you require does depend upon how and where you intend to use it. You will need to choose tubing with a large enough opening to fit around the items where you plan to shrink it.

You have to Cut PTFE Shrink Tubing to Size When You Order it in Bulk

If you order your PTFE shrink tubing in bulk, you have to cut it to size when you want to apply it. You should start by measuring the length of the section you require in the area where it is to be placed. Now use this measurement on the tubing and cut it to the correct size. You may choose to cut the piece of tubing slightly larger in order to have a slight overlap. Before sliding the tubing over the location, hold it up and visually inspect it will fit correctly. Now slide it over the cable or wire to the area you want it applied. The final step is to shrink the tubing using a heat gun or other suitable appliance.

Determine Required Inventories of Thin Wall Stainless Tubing

You can make an inventory list of your current stock of thin wall stainless tubing and determine the sizes you use the most frequently. You should calculate the correct number of each size to have in inventory and at what level to reorder more. By keeping a steady supply of thin wall tubing in different sizes on hand you will never run out. The sizes listed on our webpage are standard, stock, items for us. So even if you do run out we should have them ready to ship.

The Types of Thin Wall Stainless Tubing Required Depends Upon the Industry

The kind of business industry does determine the types of thin wall stainless tubing needed. For example, hospitals, doctors’ offices and other healthcare operations will often use this tubing as part of needle assembles. In order to have a varied assortment of sizes it is best to order the tubing in lab kits. You may also use the tubing for other applications, which requires using different sizes and lengths, such as for wire guide assemblies.

Woven Nylon Mesh is used for Juicing Applications by Food Processing Plants

Food processing plants use woven nylon mesh for juicing applications. As fruits and vegetables are processed and squeezed, the juices are passed through the mesh. Any pulp and seeds are removed from the juice and caught in the mesh screen. The freshly squeezed juice flows through the screen and is collected for further processing.

The Aquaculture Industry uses Woven Nylon Mesh to Create Enclosed Habitats

Woven nylon mesh can be used to aid in separating and creating enclosed habitats to keep certain animals in specific locations. For example, in the aquaculture industry, the mesh is used to create nets to section off fish into individual areas. By containing the fish in separate locations, it helps to propagate the development and growth of each species. Once the fish are ready to be harvested, the nets may be able to be lifted out of the water or a separate nylon netting system is used to remove mature adult fish.

Polyester Mesh is as effective as the Size of the Mesh Openings

The overall effectiveness of polyester mesh is determined by the size of the screen openings in the mesh. Larger openings are suited for situations where you are filtering out larger particles. Any particles that are smaller than the size of the mesh opening will not be initially filtered. However, you can use a second filter mesh with smaller mesh openings, to filter out any remaining particles not removed when they were filtered through the larger screen.

Custom Cut Polyester Mesh for Manufacturing has its Benefits

Polyester mesh can be custom cut to fit with your product designs and drawing specifications. Rather than perform the cuts yourself in-house, you can order the mesh already cut to size. Ordering mesh in this manner may cost slightly more. But you gain the benefits of always having mesh available for your production runs and not having to worry about running out.

Add Support to Wiring and Cabling in High Heat Areas by using PTFE Heat Shrink Tubing

PTFE heat shrink tubing can be used to add support and strength to wiring and cabling when it is used in high temperature locations. PTFE has a high shrink temperature, so once it is fully attached it will remain in place, unless temperatures become extremely hot and melt the tubing. In order to actually melt the tubing off it would need to be exposed to very high and constant heat levels beyond the shrink temperature range.

Keep a Supply of PTFE Heat Shrink Tubing on Hand

In manufacturing and production industries, you should keep a supply of PTFE heat shrink tubing on hand. This type of tubing can be used to make a variety of repairs to machinery and equipment. Whenever there is a production issue, you can avoid having to shut down an entire line because you lack the right parts to make the repair. Instead, you can make the repair using this kind of tubing to get your line back up and running.

A Variety of Industries use Nylon Filter Mesh for Liquid and Air Filtration

Nylon filter mesh is used in a variety of industries for both liquid and air filtration processes. Laboratories use this kind of mesh to filter out particulates and other items during experiments. The reason to remove the particulates is to make the liquid as pure as possible or to examine the particles that were removed from the liquid. Production facilities where large amounts of dust are created also use this type of mesh to help prevent dust from being released into the air. The filter can be placed directly on machinery to catch the dust as it is being created, like on a table saw.

Manufacturers will use Nylon Filter Mesh to Build Finished Products

Manufacturers of certain products can use nylon filter mesh as part of the raw components used to build their finished products. For example, most sink faucets have a removable filter that consists of a rubber washer, housing and mesh screen. The mesh screen is used to remove larger particles from the water and prevent it from coming out of the faucet.

Use the Preshrunk Diameter to Select Teflon Heat Shrink Tubing

Teflon heat shrink tubing is available with different size diameters. The size given refers to the preshrunk diameter size of tubing. You have to know this diameter in order to select the size tubing you require. You should select sizes based upon the diameter of cable or wires where you want apply tube. In addition to using the preshrunk diameter, you will also need to take the heat shrink ratio into consideration.  

Understand the Ratios Used with Teflon Heat Shrink Tubing

You will need to understand heat shrink ratios when working with Teflon heat shrink tubing. These ratios tell you how much the tubing shrinks from its original size to its shrunken state. For example, if you had a section of tubing with a ½ inch opening and a 4:1 ratio, the tubing would shrink down to about a 1/8 inch opening after fully shrunk. On the other hand, if you had the same size tubing, but with a 2:1 ration, the tubing would shrink down to about a 1/4 inch opening.