Month: February 2013

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Supply Specifications and Drawings When Obtaining Secondary Operations on Straightened Wire

The type of straightened wire you require for your applications may also require secondary operations. Secondary operations include precision bending, cutting, cleaning, and wire forming. You should include a list of your specifications, as well as drawings, when you require these additional finishing services. By providing the detailed information, it will help to ensure that your wire order is finished correctly.

You Can Request a Materials Certification with Straightened Wire

When selecting straightened wire for you products and applications, you may need to obtain material certifications. Material certification is a type of certificate which can be requested once you order your wire. The certificate will show you various tests results and other important data about the wire. This information is important in some industries, as they have strict guidelines about the types of materials they are allowed to

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Certain Types of Automated Equipment Is Built with Hypodermic Tubing

Hypodermic tubing can be used along with dispensing valves to build automated equipment, such as a DNA microarray dispensing machine. Dispensing valves help separate the parts which get wet, from the areas of the equipment which need to stay dry. The valves also provide precision dispensing of fluids through the tubing in their desired locations.

Hypodermic Tubing Is Used with Dispending Equipment for Production Processes

Several types of production processes have been replaced with automated processes. When it comes to applying fluids, glues, adhesives, gels, and other liquids, these processes can also be automated by using the right type of dispensing equipment. The dispensing equipment will use different gauges of hypodermic tubing at the ends where the fluids will be released. In order to change the amount of fluid released, you may need to change the gauge of tubing used on the equipment, or recalibrate the machine.

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Use Depth Allowances to Help Select Stainless Steel Machine Screws

You will need to know the maximum depth allowances when using stainless steel machine screws with certain products. The depth allowance can be used to determine the length of screws required. Using screws that are longer than the depth allowance can result in damage to your products. Also, be careful to not select screws which are too short, as they will not be able to securely hold materials together within your product.

Use Miniature Stainless Steel Machine Screws with Small Electronic Devices

When working with small parts and components you can attach them to each other using miniature stainless steel machine screws. Miniature screws are designed to be used inside small electronic devices. The screws can be used to attach circuit boards to housings and hold them in place. The screws can also be used to attach other components direct to the circuit board or to assemble the exterior housing on such devices.

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A Blunt Needle Is a Needle with an Unsharpened Tip

A specific type of tip with an unsharpened tip is called a blunt needle. This type of needle requires a small amount of pressure in order to be inserted into various materials or through the skin. Using this type of needle is safer than using a sharp tipped needle. Accidents of being poked with the needle tip are less likely to occur, since there is a greater force needed than with a sharp tipped needle.

Stainless Steel Tubing and a Nub Are Used to Create a Blunt Needle

In order to create a blunt needle you will need two basic components. First, you will need the correct gauge of stainless steel tubing, cut to the correct length. Next, you will need a nub, which is attached to the tubing to create the needle assembly. The nub is often pre-threaded so it can easily be attached to a syringe, bottle or other type of device. Organizations will commonly order this type of needle already assembled and ready to be used, rather than attempting to build their own.

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You Can Use FEP Shrink Tubing in Locations Exposed to Direct Sunlight

FEP shrink tubing is ideally suited for use outdoors or in locations where it is exposed to direct sunlight. FEP has properties which makes it resistant to the UV rays of the sun. This type of tubing can be used for applications which require low friction, greater flexibility, high lubricity, and optical clarity. You can use it around a variety of different types of metal wiring and cabling, in all types of environments.

 

Protect Plastic Parts and Components When Using FEP Shrink Tubing

 

Even though FEP shrink tubing has a lower melting and shrinking point than PTFE, you should still make sure it will work for your applications by testing it ahead of time. The amount of heat needed to shrink the tubing, could cause damage to plastic components and parts, when used in close proximity to these materials. When attempting to use it in tight spots, it may be better to remove the wiring or cable first, apply the tubing, and then reattach the wiring or cable afterwards.

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What Can You Do With Hypodermic Tube?

You can do a variety of things with hypodermic tube, in both medical and industrial settings. While best known as part of hypodermic needles, used in healthcare, this tubing is not just limited to this purpose. This tubing can be used to carry gas and liquids from one point to another. Think about the next time you are at your dentist, and he sprays air or water into your mouth from that dispensing device. The end of that device is made from this type of tubing.

 

What Are Some Applications for Hypodermic Tube in Industrial Settings?

 

Industrial settings use hypodermic tubes for several different types of applications and purposes. Injection molding, applying lubricants, applying adhesives, injecting color, and other processes are often controlled through the use of this type of tubing. Precision delivery is able to be achieved with the use of various methods, which cuts down on waste and helps control production costs.

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The Properties of PTFE Heat Shrink Tubing Make It Useful for Several Applications

PTFE heat shrink tubing has several different properties which makes it suited for a variety of applications and purposes. This type of tubing is resistant to heat, provides corrosion protection, provides electrical insulation, and has a low friction coefficient. Several of these properties help protect wiring, cabling and other types of metal parts. The tubing can also be used as a protective barrier around other materials which are used to transfer chemicals and fluids.

 

Dual Layer FEP and PTFE Heat Shrink Tubing Can Withstand Stresses from Vibrations and Pulling

 

You may be looking for a solution, which can withstand the stresses of vibrations and pulling, to use around your cabling or wiring. One option is to use PTFE heat shrink tubing with an inner layer of FEP shrink tubing. When heat is applied to the dual layer tubing, the FEP layer melts to create an almost solid encapsulation around the wiring or cabling. The exterior PTFE layer shrinks to create an outer layer of protection around the FEP layer.

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Review General Properties of Nylon Filter Mesh to See If It Is Suited for Your Application

Nylon filter mesh is a monofilament, woven nylon, with various mesh opening sizes available. Nylon is a good general purpose mesh suited for most applications. You should review the general properties of nylon to ensure it will be suited for you requirements. For example, for abrasive liquids and gases, nylon provides very good resistance.

Nylon Filter Mesh Can Be Used for Both Cold and Warm Applications

 

Nylon filter mesh can be used for filtration with a variety of substance forms, including liquids, gases, and air. Nylon can be used in both cold and warm environments. Because of the wide range of temperatures, it makes nylon suited for use outdoors as well as indoors. Just remember when working with warmer temperatures that the softening point of nylon is around 170 degrees Celsius, or 338 degrees Fahrenheit.

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Purchase Straightened Wire in Large Lengths to Save Money

You can save money on straightened wire by purchasing it in larger sections. Since the wire does not have to be cut to specific sizes, it reduces the cost of each piece. The amount of savings you experience will depend upon the actual size of wire you require. When purchasing your wire in bulk, you will want to make sure you have the right type of cutting tools on hand.

 

The Type of Cutter Will Determine the Finish on the Ends of Straightened Wire

 

The type of cutters you use with straightened wire is important to achieve the desired finish on the ends. The types of finishes you can obtain include beveled, flush, full flush, and semi-flush. When you have a requirement for multiple types of finishes, you will need to use different cutters designed to provide the desired finish. Cutters can be used with a variety of materials, so they can also be used to cut other types of wire and tubing which you use in your business.

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PTFE Tubing Has a Wide Working Temperature Range

PTFE tubing can be used for a variety of purposes, functions and applications. The temperature range of Teflon makes it suited for demanding processes, and extreme conditions. It can handle temperatures ranging from as high as 500 degrees Fahrenheit to minus 454 degrees Fahrenheit. This type of tubing can also be used to provide a protective barrier around wiring and cable, as it is resistant to all common solvents, bases and acids.

 

Liquids and Gases Can Be Fed Through PTFE Tubing

 

In addition to being used for wire and cable insulation, PTFE tubing can be used with liquids and gases. In the automotive industry, this type of tubing can be used to provide fluids and fuels to different areas in your vehicle. In the food production industry, it can be used to deliver water and other liquid ingredients during preparation processes. In the medical industry, Teflon tubing can be used to transfer oxygen from a tank to a patient, through a breathing machine.