Common Industrial Uses for Custom Cable Assemblies

Whether you are Custom cableaware of it or not， much of modern society runs on custom cable assemblies。 Whether they are conducting power to the various components of your automobile， to providing real-time information to production managers on a factory floor， to ensuring adequate timing of streetlights and public utilities。 Here are some of the most common industries supported by cable and wire assemblies。

Industrial Control

If you have ever seen the assembly lines or manufacturing floor of a major company， then you probably know that these assembly lines require a lot of machinery。 Whether robots programmed to perform specific tasks， or just the timing of the assembly line as it moves products through various stages of production， cabling and wire harnesses are a core component of the successful manufacturing of goods。

Telecom

Nowadays， nearly everyone has a veritable computer right in their pocket or in the palm of their hand。 Although most of today´s devices are completely wireless， many people do not realize that all telecommunications must still travel viaComposite cable wire， even if messages and phone calls are delivered to your smartphone wirelessly。 In fact， it is high fidelity wire that allows your calls to be both crystal clear， and secure from intrusion。

Medical

Even the healthcare industry is a big consumer of wire and cabling products。 From Magnetic Resonance Imaging (MRI) devices， to the computers on wheels used by the nursing staff in hospitals， the medical industry relies on wire and cable that is rugged enough to withstand repeated cycles of a sterilization machine。

Transportation

Did you know that it takes one full year simply to wire the instrument panel of a Boeing 747? Placing all of that wire end-to-end would result in enough footage of wire to stretch from one side of the U。S。 to the other。 And that is just airplanes！ You might be surprised at the amount of wiring and cabling found in your own automobile！

Military Applications

Whether setting up a military outpost， or simply communicating directives and intelligence to soldiers in the field， every branch of the military relies on custom cable for transportation， communication， and power supply。 Most military cabling must be rugged and durable enough to withstand extreme temperatures and weather conditions， as well as compression， coiling and stretching for any type of application。

Industrial Power

If you drive anywhere in this country， there is a good chance that you will see power and telephone wire strung up along the side of roadways。 These public utility wires deliver power and communications to nearly every household in theMedical cable United States。

Die-Cast Construction Equipment Models

In recent years，Die casting die-cast construction equipment models haveMulti slider die casting machine enjoyed increased popularity all over the world。 The range is extensive and almost every type of equipment has been modeled。 Trucks， bulldozer， cable plows， earthmoving equipment，die casting machine generators， scrapers， loaders， draglines， and rollers。 These are excellently designed and precision engineered that you will be proud to own and display。 Most of them are collector quality modelsdie casting machine and are not toys recommended for children。

Collecting die-cast construction equipment models is a love and hobby shared by enthusiasts of all ages around the world。 These are realistic representations and are wonderful means of encouraging youngster´s interests。 Die-cast construction equipment models are an ideal present for all gift occasions。

Die-cast construction equipment models are real metal replicas。 The most commonly used metal is the alloy of zinc and aluminum。 It comes in different colors and size。 Normally， these widely collected items are built to scale。 Scale is a dimensionless ratio of model size to real equipment。 Most models come with operational features such as opening doors， steerable wheels， hoods， trunks， fully wired engine compartment， detailed trunk， and working suspension。 Superior graphics and finely crafted body details are other features。 A quality die-cast construction equipment model should have no glue marks， paint drips， door gaps， andMulti slider die casting machine chips。

Die-cast construction equipment models are completely finished and paintedDie casting。 Custom designed models with company logo and colors are also available。 It can be used for premiums， sales incentives， or private label retail sales。

Most die-cast construction equipment models are focused at the collectors market rather than as toys。zinc die casting There is a large range of die-cast construction equipment models available in the marketzinc die casting。 When purchasing， consider economical models rather than expensive ones。 For children， always buy age-appropriate die-cast construction equipment models。

Rubber Gasket-Structural Aspects of Sealing Profiles

A major part of Rubber O-Ringthe performance of a typical sealing profile comes from correctly understanding the structural factors which support and control the rubber profile of whatever specification chosen and which must be correctly determined in order to ensure a satisfactory installation in the long term。 We shall cover here the more important aspects worthy of consideration in the design of complex steel inserted extruded rubber profiles， particularly in connection with applications such as:

- Edge protection profiles， sealing profiles with and without metal carrier

- Sponge rubber profiles with and without bonding (Self/Acrylic Foam)

- Rubber glazing and filler profiles

- Dual Hardness rubber profiles

- Door sealing profiles

- Custom-made products， frames， rings， lengths， butyl， mastic， flock coating， notching， gluing， slip coating， etc。

Typical applications include electrical/electronic cabinets， automotive， windows/constructionRubber Seal， oil and gas industry as well as general industrial generic products。 These installations are predominately concerned with exclusion of air， dust， gas and/or water as either partial or complete seals to lids， doors or panels and will often include standard profiles - possibly in a custom solution。 Your supplier should be in a position to advise on this and especially where a custom design is required then to guide - and the following is intended to inform that process。

At a fundamental level industry standard manufacturing tolerances are covered by the international standard DIN ISO 3302 with tolerances of custom length based upon DIN ISO 3302 -1。

With this in mind the designer should determine the correct degree of compression (for bubble sealing profiles)。 The compression of a typical sealing edge protection profile should be a maximum of 50% as otherwise the compression and recovery can be adversely affected。 It is recommended the profile should be compressed 30-40%。 Should the profile have two cavities then the value should be applied to each cavity。

For sponge rubber profiles the comparable parameter is the compression set since an essential for the application of a sealing strip is the enduring deformation。 The most common characteristic is the compression set (DVR) ASTM D395。 To determine this value， a cylindrical test body is compressed by-25% and then stored for a pre-set time at a specific temperature。 Thirty minutes after release， the height is measured at room temperature again， and from the result， the enduring deformation is identified。

A DVR of 0 would mean that the test body has reached its original height again (unlikely in reality)， a DVR of 100% shows that the test body has no recovery and would remain completely deformed。 Why is the compression set such an important parameter?

When a flange gasket is compressed to a specified thickness (for example in a door seal) it exerts a pressure on the surface of the flange but after a while this pressure will reduce because the rubber deforms and takes a set。 If the DVR is too high， the elastic performance and the sealing effect will decrease and the seal may cease to function properly。

Underlying the rubber seal itself is often a steel strip or wire carrier， usually chosen to support the rubber mechanically and to provide a means of installation。 By using either steel or wire carrier， the edge protection sections will grip well， without the use of adhesives or tapes - however， the use of a steel carrier will also have a higher clamping effect than a wire carrier and is therefore advised where there are high-vibration applications。

The disadvantage of a profile with an unbroken steel carrier strip is seen in a restricted bending radius。 This can be solved by breaking the connecting sprags。 However， an uneven surface may develop if this is done。 In most technical applications the aesthetics will usually be considered irrelevant。

Consequently the choice of either a steel or wire carrier largely depends on the application situation，Rubber Gasket and the desired appearance。 (Where aesthetics are important， the "hungry horse" effect can be disguised)。

An excellent solution is often the use of splicedRubber Parts joints which can be applied to most profiles using the hot splicing/vulcanising process to chemically bond two ends of a rubber extrusion together， this process effects a reasonably strong and dynamic joint and is particularly effective where there is a requirement for a continuous ring or frame such as windows or automotive applications。 Thus both aesthetics and performance are enhanced while at the same time providing a one piece installation which is both easier and quicker to install than raw strip which requires corner joints。

Spliced joints ensure that the resilience and dynamic properties of the profile are maintained throughout the joint thus creating an endless seal - so ensuring the gasket is more impenetrable to the elements。 This is especially important when a moving vehicle is involved due to continuous flexing of the structure when in service。 When compared to glued joints， the vulcanised bond is less messy and easier to install -Custom Mold Rubber Parts it is also much longer lasting and does not crystallise， so that it maintains its elastic properties comparably to the rubber section itself。

sunlight readable- Offering Multiple Options， Making Life Easier

We use computersIndustrial pc in multiple industries like chemical， medical， pharmaceutical， digital automation， food production and sales and more。 There is really no limitation to the power of a computer。 It has been improving our lives and making our jobs a lotsunlight readable easier。

The all intouch screen monitor one pc is actually meant for max performance in extreme environmental conditions。 It can withstand water， dust， extreme hotFanless pc as well as cold conditions， vibrating along with shaking， while not faltering or losing any information in the least bit。 It has in fact helped all the industries grow over the years。

What is so different about it?

This PC provides exceptional computing techniques inBox PC the toughest environments。 It offers the very best performance that is available today in the market。 It also operates in extreme environmental conditions。 It´s a fanless panel computer that gives a noiseless performance with a simple transition into pre-existing IT systems。 The slim styleVideo wall provides a simple transition in tight work arenas。 Therefore it isn´t a surprise at all that it´s being used in multiple trade fields。

You may not know but brackets and the external ports unquestionably enable any simple integration。 External ports can offer multiple external additions like the LAN cords，IP66 resistive keyboards， and much more。 The addition of such external ports won´t limit or hinder the fanless panel computer´s water resistance。

All in one PC has up-to-date software

The newest technology provides excellent performance freed from any faltering or even hesitation。 The software package is quicker here and has consistent updates， so that you remain on top of the trade standards。 Such all-in-one computers are high in speed， dependabilityAll in one computer as well as excellent。

The external as well as the internal elements on the computers offers high level performance in extreme conditions。 The motherboard is always meant for flexibility and it has the distinctive ability to shift and move while not losing any knowledge。 Most productivity and operation is older and attributable to the prime quality and innovative elements。 Your business needs expertise and consistent productivity and a good performance despite any vibration， and more。 The average computer screen is always meant for simple readability， even in harsh and obtrusive daylight。

What the computer screen does?

The screen is usually most well-liked for medical functions attributable to its simple ability to show digital graphics and written reports。 The medical trade uses these units for simple access to x-rays， MRIpanel PC scans and other medical reports。 Readability， consistency and reliability are provided with this high-quality screen。 Its screen is additionally designed for entering simple information and its extraction while carrying serious instructions。

The screen is in a position to face updigital signage to all environmental conditions while not cracking， or shattering。 Professionals test and retests this productIndustrial monitor to make sure it´s most productive in extreme environmental conditions。 It is trustworthy and reliable and backed by robust customers support。

powder metal-The Basics of Sintering Carbon-Fired Metal Clay

With the arrivalpowder metal of metal clay that needs to be fired in carbon came a whole set of challenges-determining the proper firing schedule and producing sintered pieces being the biggest。 Quirky shrinkage can be another。

It´s helpful to have a basic understanding of what is going on in the sintering process。

For this article I talked with Bill Struve， inventor of BRONZClay and COPPRClay， and owner of Metal Adventures， manufacturer of those brands。 Bill shed some light on this complex topic。 I´m going to summarize what he said。

Sintering happens when the small metal particles in the clay get hot enough for the metal atoms of touching particles to begin to diffuse into each other。 Atpowder metal first， there are a lot of connected open spaces between these particles。 This is why， in the early stages of sintering， the piece is weaker。 As sintering progesses， the particles coalesce more and the spaces get smaller。 The metal gets less porous and stronger， until the piece is fully sintered。 So， the sintered state ranges from a beginning stage to complete。 Depending upon what you are making， and/or what you are co-firing， you may need or want to accept the sintering at an earlier stage or take it all the waysintered metal to fully sintered。
The sintering process is also the cause of shrinkage。 Shrinkage for carbon-fired clays can be a bit mysterious。 A piece can shrink at different rates in different directions。 The forces on the clay that cause shrinkage during firing are not very strong。 Because of this， if there is any resistance on the clay， it will inhibit shrinkage in that direction。 But， as we know， due to the sintering process the clay must shrink。 What will happen is there willsintered metal be more shrinkage in the directions with lesser resistance。

Carbon can hold back the shrinkage of firing clay， providing the resistance we are talking about。 The lesson here is to pay close attention to the position of pieces in the firing chamber， as it has an effect on the shrinkage。 Also， carbon resisting the shrinkage can distort the piece。 This is why we cover openwork pieces to keep the carbon out of the openings。

Thin pieces sinter practically all at once。 But for thick pieces it takes time for the heat to penetrate。 The outside will be sintering at a faster rate than the inside。 It is even possible to have a piece that has a sintered shell on the outside while the inside is remains a powder。 This occurs when the ramp is faster than the heat can penetrate the thickness。 That is why it is wise to slow the ramp when firing thick pieces。 It gives the heat time to gradually soak into the piece。