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Global Wedge Wire Screen Market 2022
The global Wedge Wire Screen market was worth US$ 0.68 billion in 2021 and is expected to grow at a CAGR of 4% to reach US$ 0.71 billion in 2022. This market growth is attributed to the growing application in fruit processing and sewerage treatment, likely to drive the market in the forthcoming period. The wedge wire screen market is expected to grow in the coming years due to its high strength, rigidity, and load carrying capacity.Get more news about Wedge Wire Screen,you can vist our website!
Recently published report by Future Market Insights revealed that the Market for Wedge Wire Screen is projected to surpass US$ 700 Million, following an annual growth of 4.1% during the forecast period. Wedge wire screens are used to separate and filter liquid/gas, food, waste water, and mining materials. It’s a sieve made of twisted wires in the shape of a bottomless wedge. Various wedge wires are assembled into panels by forming cross roads of varying diameters across loops.
The whole structure is then compressed and made safe by installing ring nuts over the ends of the rod. Wedge Wire Screens are capable of separating solids from liquids and are commonly used for sizing, filtering, retaining media, de-watering, distribution and collection.
Wedge Wire Screens can be made in various different configurations and are available in cylindrical, flat or curved shapes. The wires can be located axially inside the cylinder. The dimension of the cylinders can vary from 1/2″ – 36″, depending on the needs of the individual customer. Customized wedge wire screens with large diameters can also be manufactured for individual needs.
Increase in demand from end-user sectors, such as petro chemicals, food industries and water treatment, will drive the demand for wedge wire screens during the forecast period.
Moreover, wedge wire screens act as a perfect tool for drilling boreholes. These screens can handle all kinds of pressure and facilitate easy flow of liquids. Also, different industries have different requirements for panel screens.
Examples of some of the market participants/vendors identified across the value chain of the Wedge Wire Screen market are AMACS, Ando Screen, ANDRITZ Euroslot, Aqseptence Group, Atlas Wedge Wire, B. Deo-Volente, Carbis Filtration, Concord Screen, Costacurta S.p.A., CP Screens, Gap Technology, HEIN, LEHMANN, Hendrick Screen Company, International Screen Supplies, Jagtap Engineering, Multotec, Optima International, Progress Eco, Steinhaus GmbH, TOYO SCREEN KOGYO CO, Trislot NV and Wedge Tech.
The Hydrodesulfurization Catalyst market report is a compilation of first-hand information, qualitative and quantitative assessment by industry analysts, inputs from industry experts and industry participants across the value chain.
The report provides in-depth analysis of parent market trends, macro-economic indicators and governing factors along with market attractiveness as per segments. The report also maps the qualitative impact of various market factors on market segments and geographies.
What's The Thinnest LED Panel in the market now ?
In 2010 when LED screen business start booming , Iron or aluminum panel were widely use for LED screen. Desay Yaham ,Liantronics Unilumin used a lot . Thickness range from 140-180mm. weight up to 40-60kg/sqm. which is not an easy job for transportation, installation ,fabrication and service etc.To get more news about Small Pixel Pitch LED Wall, you can visit htj-led.com official website.
It takes a big wooden box for shipping, one 40 HQ container max can fit 200sqm,for urgent job,shipping by air is very pricey .
If its on the wall ，need to prepare strong structure to hold the LED also need to calculate if the wall can take certain amount of weight. normally need 5-6 person to handle installation,with big machinery to assist. the biggest headache part is that not easy to do adjustment of the gaps due to heavy duty . after the screen installed, the screen from the wall nearly 1 m(structure +cat walk+ screen thickness).1m space from the wall ,its huge .around 2012 came out the front open cabinet. but its more for small led wall height not more than 2 m .
In 2014 the market come out a solution put magnetic on module frame. Absen, Esdulumen came out 1m x 0.5m aluminum alloy panel,to save the space.which can make screen from the wall around 200-250mm depth. that's a big improvement.
For indoor ,save space means save money.we need less space .In 2016 Esdlumen come out Bim series.saved support structure,saved module frames which make it 45mm thickness of the panel. that's a bench-market.
45mm is the limits ? definitely not . Infiled come out a series WP 29.5mm that's super slim.but installation must need structure which increase the space.
29.5mm is the limits ? Fabulux given an answer :27mm tickness. directly installed on the wall(if the wall is flat) saved structure from the wall is only 30-35mm depth.like a photo frame on the wall. weight only 5kg/panel , for urgent job If shipping by air, only 20 kg/sqm(after package around 23kg/sqm) . less than 20sqm ,can finish the installation in 1-2 days by 2 persons.
Why Choose itc LED Video Wall？
Due to the excellent characteristics of LED display, more and more people choose to use LED screens as display devices, and LED display industry has gradually occupied the market share of traditional LCD displays. So how to distinguish whether the LED video wall is good? How to choose a suitable brand? First of all, we must understand the problems that exist in LED video wall industry.To get more news about HD LED DISPLAY, you can visit htj-led.com official website.
First of all, itc implements customized production for color difference. Most LED manufacturers adopt wholesale production, and products are stored in warehouses after aging and packaging. In this way, LED screens purchased by customers may be produced in multiple batches, which is prone to color differences. However, itc produces on single project basis and does not keep inventory, which ensures that the chips are in the same batch without color difference.
After controlling the color difference, the problem of parametric seam is also solved by 80%. In order to completely eliminate seams, itc owns a patent - seamless calibration technology. During production and debugging, we will use a professional engineering camera to shoot the LED screen of different areas from 15 different angles. After obtaining parameters, adjust the parameters of each splicing screen to the same standard value, achieving the perfect seamless display.
The most troublesome part of LED video wall is anti-moisture. itc uses the nano-coating technology developed by ourselves, just like wearing a suit of armor for the screen, which solves the dust-proof and moisture-proof problems, and also prevents screen deformation caused by temperature difference, providing great protection on the display screen in a humid environment and ensuring the lifespan of the screen.
The most critical raw material for LED screens is lamp beads. The stability of the lamp bead directly determines the stability of the screen. Our factory has done a lot of tests and eliminated many lamp beads with poor stability. Finally, we decided to use only Nationstar and Kinglight, which are the most stable lamp beads in the industry, focusing on making stable screens.
itc is equipped with die-cast aluminum cabinet or standard sheet metal cabinet, all with back cover, which has good heat dissipation performance and good flatness, greatly protecting the wire. Some merchants usually provide simple iron cabinets without back cover. This is actually a potential safety hazard. One is that the iron is easy to oxidize and rust; the other is that the wires are all exposed. It is easy to cause short circuit of the screen due to biting of mice; in addition, it is impossible to achieve complete seamless splicing because of poor flatness.
itc is not just as simple as selling a screen to you but will give you a professional solution from the aspects of stability, service life, safety, and humanization so that users can feel at ease during use. At the same time, we also provide after-sales service, guaranteeing the normal operation of the product.
WAFIOS FTU 1.5 Torsion Spring Coiling Machine
With the FTU 1.5 torsion spring coiling machine, WAFIOS has achieved a considerable increase in performance without sacrificing either quality or service life. And what is more, it also gives customers the option of using many of their existing tool sets.Get more news about Electronically Controlled Spring Coiling Machine,you can vist our website!
Thanks to its favorable unit cost price, the FTU 1.5 is particularly suitable for the production of simple torsion springs in large numbers. These springs are used in the automobile and electrical industries as well as in the field of white goods and other areas.
High performance at optimized cost...
The slide feed is driven with the aid of a linear motor, which enables the wire to be retracted at high speed. Moreover, the servomotor-controlled lateral motion of the coiling unit and the new, more powerful coiling gears result in a considerable increase in performance.
The high compatibility with a large number of existing tool sets serves to reduce costs, as does the considerably more affordable basic machine package. Furthermore, the newly developed slide feed features lower electricity consumption coupled with longer maintenance cycles.
Even more varied applications and shorter tooling times
The new, comfortable and user-friendly WAFIOS Programming System WPS 3.2 EasyCam enables sequence programming with electronic cams. Apart from enhancing user-friendliness, it shortens set-up times and increases flexibility in terms of applications. The new concept of incorporating up to three separately running, servomotor-driven control shafts offers significant benefits when setting up and performing the individual programming. Numerous options enable individual features to be added flexibly to suit the field of application in which the machine is used.
At a further configuration level, there will also be a FTU 1.5 torsion spring coiling machine available that allows the production of copper coils.
Maximum quality and repeatability
The optimized, extremely rigid machine design ensures a uniformly high product quality. The machine body has been completely redeveloped without this resulting in any losses in either quality or the service life of the machine. All forces up to the machine’s maximum workload can be diverted without problem through the redesigned stand. Besides the aspect of quality assurance, this also results in a high level of repeatability.
The ability to move the coiling unit sideways prevents the wire from buckling between the wire guide and the coiler. The clamping pressure of the feed roll can be subjected to individual pneumatic configuration, ensuring safe and gentle wire guidance.
The FTU 1.5 machine from WAFIOS has been subjected to thorough reworking and redesigning, which has resulted in a considerable increase in performance while allowing unit cost advantages to be exploited without any sacrifices in terms of quality or the machine’s service life.
Saudi Arabia Doors & Windows Market
Saudi Arabia Doors & Windows Market, By Product Type (Doors & Windows), By Material Type (Wood, Aluminum, Glass, Others (Steel, PVC, etc. )), By End User (Residential, Commercial, Hospitality, Office, Education, Kitchen, Others (Healthcare, Industrial, Airports, Infrastructure, etc.Get more news about Saudi Arabia Projected Window,you can vist our website!
Saudi Arabia doors & windows market registered a market value of USD3.62 billion in 2021 and is anticipated to grow at a CAGR of 4.90% during the forecast period, 2023-2027F, to achieve the market value of USD4.81 billion by 2027F. The rising construction of residential and commercial infrastructure is actively driving the growth of the Saudi Arabia doors & windows market in the upcoming five years. Rapidly increasing population of the country, along with the increasing immigrant population, is also responsible for the market growth. The demand for home for all and surging need to accommodate the growing population supports the growth of the Saudi Arabia doors & windows market in the upcoming five years.
Additionally, expanding construction industry has provided modern designs and the demand for the aesthetic looks in their homes and commercial buildings, also aid to the growth of the Saudi Arabia doors & windows market in the future five years.However, the construction industry was drastically affected.
Construction of the new building as well as refurbishing of various infrastructure was halted.Strict regulation and constrained lockdown further created hindrance in the construction, thereby creating restraint on the market growth.
Although with recent relaxation and rising disposable income among the population, construction and refurbishing services are re-instated and, thereby, substantiating the growth of the Saudi Arabia doors & windows market in the future five years. Increasing investments and governmental support through favorable schemes and tax incentives are further expected to facilitate the growth of the Saudi Arabia doors & windows market in the forecast period through 2027.
The Saudi Arabia doors & windows market is segmented based on product type, material type, end user, distribution channel, region, and competitive landscape.Based on product type, the market is further fragmented into doors & windows.
Doors are anticipated to hold the largest revenue shares of the market and dominate the market segment in the upcoming five years on the ground of increasing construction of commercial complexes and industrial infrastructure.In terms of material type, the Saudi Arabia doors & windows market is segmented into wood, aluminum, glass, and others, which include steel, PVC, etc.
Farnell adds Multicomp magnetic connectors
Magnetic cable assemblies and connectors are a growing interconnect option for many low-voltage applications.Get more news about led magnetic connector supplier,you can vist our website!
The Multicomp Pro magnetic cable assembly and connector kits combine spring-loaded pins with magnetic interfaces which offer reliable, self-mating, easily detachable connections.
Magnetic connectors are a safe and helpful solution when a quick disconnect is essential or if accidental damage to connectors or cables is likely based on surroundings or environment.The connectors prove a great solution when needing a two-contact connector that can rotate a full 360 degrees without losing electricity,” says Farnell’s Gareth Jones
The Multicomp Pro Magnetic Connector MP002495 allows the connector to rotate a full 360 degrees without loss of the electrical connection.
The MP002495 has an IP67 rating and is designed for extra-low voltage applications such as battery charging with a rated current of 5A at 30V AC/DC.
Linear actuators with toothed belt drive from norelem
Marcus Schneck, CEO of norelem, explains how linear actuators with toothed belt drive ensure automated movement with ease and precision for a vast variety of engineering and manufacturing needs.Get more news about linear drive,you can vist our website!
The precise linear actuators from norelem represent a standard solution available from stock to automate linear movements with ease. They are suitable for use in production, assembly, packaging, logistics, and storage lines or on special industrial machines. A toothed belt drive ensures smooth and synchronous transmission even of heavy and constant loads.
The linear actuators, sometimes also referred to as linear axes, with toothed belt drive and profile rail guide offer customers many advantages: they are compact and light, but at the same time convince with very high rigidity. The toothed belt drive ensures a smooth, synchronous drive. «Toothed belt drives are used in positioning drives, among other things, because they work reproducibly due to the positive coupling,» explains Marcus Schneck, CEO of norelem. «In addition, they can be designed to be largely backlash-free. In this case, the toothed belt drive is used as an actuator.» Thanks to the sealed bearings, this results in low maintenance for norelem’s linear actuators. The belts themselves are easily accessible, so users can easily adjust the tension or replace them if necessary. The standard stroke lengths are up to 1960 mm, but on request the linear actuators are also available in special lengths up to 4000 mm.
The base body consists of a self-supporting extruded aluminium profile with integrated profile rail guide. It is a standard profile of series I with the dimensions 60 x 60 mm or 80 x 80 mm. The rail system can absorb the highest forces from all directions, is low-wearing and offers optimum running when moving large masses. There are grooves on the outer sides of the aluminium profile for easy and safe mounting and for attaching accessories. The groove width is 6 or 8 mm. Due to the symmetrical design, the linear axis allows motors and gears to be mounted on all four sides of the bearing housings. The aluminium slide of the linear guide has four threaded holes for mounting additional elements. Additional centring holes enable precise mounting.
Toothed belts reinforced with steel tension members enable high power transmission and, at the same time, high positioning accuracy. The toothed belt runs in guide grooves on the top of the aluminium profile and thus protects all parts in the profile from dirt.
Bespoke harsh environment connector solutions set Omnetics apart from competitors
Electronic connector experts Omnetics sets itself apart from more traditional suppliers by collaborating closely with customers, and by getting to know their specific needs and challenges to build bespoke solutions that really work.Get more news about Harsh Environment Connector,you can vist our website!
The company’s collaborative approach is perhaps most effective when working to create “harsh environment” connector solutions. These are often bespoke solutions, built for customers in key sectors like aerospace, defence, energy and medical, which, due to their application, must be enhanced with special features to ensure they continue to work effectively in extreme, or “harsh”, environments.
Harsh environment connectors may be required to work at very high temperatures, for instance, or be able to withstand repeated shock and vibration. Some harsh environment connectors must work well at high speeds, or altitudes, like those within aerospace or space sector applications. Others, meanwhile, need to be especially resistant to dirt or moisture ingress, like those in military or oil & gas sector applications.
Travis Neumann, Special Projects Manager at Omnetics, considers harsh environment connectors to be any needing enhanced features that don’t fall within normal military (MIL) standards for connectors. “Our connectors are made to standards MIL-DTL-83513 for Micro D’s, and MIL-DTL-32139 for Nano D’s,” he says.
“When we talk about harsh environment connectors, for me that means solutions that have requirements above and beyond those industry standards. It might mean the customer needs connectors with a wider temperature range than -40 to 125°C, for example, or they may need additional sealing requirements to increase resistance to dust and moisture ingress.
“If the connectors are going to be on board a ship, and need to work at or near the sea, for instance, the customer could need additional corrosion resistance. Or, if the customer is an aircraft operator, they may have greater EMI-shielding requirements. These are all common customer needs when it comes to harsh environments.”
Establishing exactly what the customer needs from their solution can be the hardest part of the process of designing, manufacturing, and then delivering a successful harsh environment product. Omnetics works on a case-by-case basis, taking the time to truly understand a customer’s challenges and emphasising the value of clear and open communication.
“It all depends on the customer,” says Scott Fitzharris, Design Engineer at the company. “Some already know everything they want from their product, and arrive ready with a checklist for us to work through. Others can’t tell you a lot about their needs but can at least say where the product will be applied, and how it needs to perform.
“Then, some customers know they need something but don’t specifically know what that solution is. That’s when you really do have to collaborate. If the customer can’t provide enough information, we’ll work with them to find a solution. We may build them a sample, for example, just to try it out. Our customer can review the aspects and provide feedback to those which did or didn’t perform well. Then, we can change the specifications until we get the right results.
To emphasise the complexities of building bespoke connector solutions for certain harsh environments, Fitzharris provides an example of working with a company in the aerospace sector. “The customer came to us and just said they needed EMI (electromagnetic interference) shielding, and that’s it,” he says.
Charging lithium-ion cells at different rates boosts the lifetimes of battery packs
The research, published Nov. 5 in IEEE Transactions on Control Systems Technology, shows how actively managing the amount of electrical current flowing to each cell in a pack, rather than delivering charge uniformly, can minimize wear and tear. The approach effectively allows each cell to live its best – and longest – life.Get more news about Lithium Battery Pack,you can vist our website!
According to Stanford professor and senior study author Simona Onori, initial simulations suggest batteries managed with the new technology could handle at least 20% more charge-discharge cycles, even with frequent fast charging, which puts extra strain on the battery.
Most previous efforts to prolong electric car battery life have focused on improving the design, materials, and manufacturing of single cells, based on the premise that, like links in a chain, a battery pack is only as good as its weakest cell. The new study begins with an understanding that while weak links are inevitable – because of manufacturing imperfections and because some cells degrade faster than others as they’re exposed to stresses like heat – they needn’t bring down the whole pack. The key is to tailor charging rates to the unique capacity of each cell to stave off failure.
“If not properly tackled, cell-to-cell heterogeneities can compromise the longevity, health, and safety of a battery pack and induce an early battery pack malfunction,” said Onori, who is an assistant professor of energy science engineering at the Stanford Doerr School of Sustainability. “Our approach equalizes the energy in each cell in the pack, bringing all cells to the final targeted state of charge in a balanced manner and improving the longevity of the pack.”
Part of the impetus for the new research traces back to a 2020 announcement by Tesla, the electric car company, of work on a “million-mile battery.” This would be a battery capable of powering a car for 1 million miles or more (with regular charging) before reaching the point where, like the lithium-ion battery in an old phone or laptop, the EV’s battery holds too little charge to be functional.
Such a battery would exceed automakers’ typical warranty for electric vehicle batteries of eight years or 100,000 miles. Though battery packs routinely outlast their warranty, consumer confidence in electric vehicles could be bolstered if expensive battery pack replacements became rarer still. A battery that can still hold a charge after thousands of recharges could also ease the way for electrification of long-haul trucks, and for adoption of so-called vehicle-to-grid systems, in which EV batteries would store and dispatch renewable energy for the power grid.
“It was later explained that the million-mile battery concept was not really a new chemistry, but just a way to operate the battery by not making it use the full charge range,” Onori said. Related research has centered on single lithium-ion cells, which generally don’t lose charge capacity as quickly as full battery packs do.
Intrigued, Onori and two researchers in her lab – postdoctoral scholar Vahid Azimi and PhD student Anirudh Allam – decided to investigate how inventive management of existing battery types could improve performance and service life of a full battery pack, which may contain hundreds or thousands of cells.
Giant HDPE pipe replaces steel for outfall project
The largest pressure pipe ever used in North America will be connected to a new tertiary wastewater treatment plant in the town of Esquimalt on Vancouver Island, British Columbia.Get more news about Hdpe Pe100 Granule,you can vist our website!
When it opens in fall 2020, the facility will take the water from 413,000 people washing dishes, doing laundry and flushing the toilet and put it through an extra level of filtering to remove inorganic compounds, such as nitrogen and phosphorous, as well as pharmaceuticals, hormones, microplastics and other contaminants.
The massive pipe, which is made of high density polyethylene and has an outer diameter of 7½ feet, will serve as the outfall for wastewater treated three times before it is discharged into Victoria Harbor. The pipe was manufactured by Agru America Inc. at its "XXL" facility in Charleston, S.C., for extruding products with diameters of 65 inches to 128 inches.
"Before Agru built this facility in 2017, a domestic manufacturer for HDPE pipe larger than 65 inches OD [outer diameter]did not exist. These sizes are now available and this project demonstrates that it is possible and it works, which are great steps for plastics," Melissa Grace, vice president of Agruline, said in an email.Agruline is a product group of HDPE pipes, fittings, valves and components made of PE 100-RC.
The gigantic outfall pipe in Esquimalt extends about 1.2 miles from the shore and was sunk to a depth of 197 feet using a series of weights. The pipe sections were joined by butt fusion, which is another feat for the project. This is the largest solid-wall HDPE pressure pipe to be butt-fusion welded, according to Grace.
"This is considered a homogenous weld, meaning the strength of the weld is the same as the strength of the pipe," Grace said. "The joint is also leakproof, which is another benefit of the HDPE pipe solution."
The wastewater treatment plant and outfall system are part of a $775 million project undertaken by 13 communities to protect and maintain local waterways for the next 50 years. Wastewater will undergo primary treatment to separate out solids followed by secondary treatment to remove suspended organic compounds and then tertiary treatment to physically reduce any remaining contaminants down to 5 microns, which is the size of a human red blood cell, with a fabric disc filter.
The outfall part of the project originally called for 70-inch steel pipes but was bumped up to 89 inches to meet high-volume needs. Still, concerns about corrosion and expensive maintenance lingered. The project engineers turned to Agru for a suitable material.
"Several factors contributed to the eventual shift to HDPE solid wall extruded pipe, which far surpasses steel pipe in many regards, including life expectancy and lower maintenance costs, especially in salt water, which is a very toxic environment for steel," Grace said.