Category Archives: Manufacturer

The Impact of Electric Vehicle Rise on Automotive Rubber Manufacturing: Trends, Challenges, and Innovations

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The automotive rubber manufacturing industry is undergoing significant transformations due to the rapid rise of electric vehicles (EVs). As the automotive landscape shifts towards electrification, manufacturers are adapting to meet the unique demands of this new technology. This blog explores the key trends, challenges, and innovations in automotive rubber manufacturing as it responds to the growing prominence of electric vehicles.

Key Trends in Automotive Rubber Manufacturing

  • Specialized Rubber Components for EVs
    Electric vehicles require specialized rubber components tailored to their unique operational needs. For instance, battery packs demand high-performance seals and gaskets to ensure safety and prevent leaks. Additionally, components such as electric motors and inverters necessitate rubber parts that can withstand high temperatures and vibrations. The evolution of these specialized components is crucial for maintaining the efficiency and reliability of EV systems.

Moreover, as EVs incorporate more complex electronic systems, manufacturers are focusing on producing rubber parts that can integrate seamlessly with these technologies. Innovations like smart seals with sensors to monitor wear or potential leaks are becoming increasingly common, enhancing safety and performance.

  • Lightweight and Durable Materials
    To enhance range and efficiency, electric vehicles focus on reducing weight. Consequently, rubber manufacturers are developing lightweight yet durable rubber compounds that meet these requirements. Advanced technologies such as nanotechnology are being employed to enhance properties like strength, flexibility, and heat resistance. These innovations ensure that rubber components can perform effectively under the demanding conditions present in electric vehicles.

Additionally, the automotive industry is witnessing a shift towards low-rolling resistance tires designed specifically for EVs. These tires utilize specialized rubber compounds with optimized tread patterns to maximize energy efficiency, further contributing to the overall performance of electric vehicles.

  • Sustainability and Eco-Friendly Practices
    As environmental concerns grow, sustainability has become a central theme in automotive manufacturing. Rubber manufacturers are increasingly exploring eco-friendly alternatives, such as recycled rubber and bio-based materials. This shift not only reduces the environmental impact of production but also aligns with consumer demand for sustainable products.

The emphasis on sustainability extends beyond materials; manufacturers are also adopting greener production processes. This includes implementing circular economy principles by recycling used rubber products and investing in research to develop renewable alternatives that maintain high-performance standards.

Challenges Facing the Automotive Rubber Industry

  • Supply Chain Disruptions
    Despite advancements in technology and increased global connectivity, the automotive rubber industry faces ongoing supply chain disruptions. Factors such as geopolitical tensions and natural disasters can significantly impact the availability of raw materials. As a result, manufacturers must proactively manage their supply chains to mitigate risks associated with material shortages.

With approximately 90% of rubber produced in Asia, U.S. and European manufacturers may find it increasingly challenging to source necessary materials due to trade embargoes and tariffs. To address these challenges, companies are turning to smart manufacturing technologies that utilize machine learning algorithms for accurate demand forecasting. This allows manufacturers to better predict supply levels and adjust their procurement strategies accordingly.

  • Increased Demand for Synthetic Rubber
    The growing popularity of electric vehicles has increased the demand for synthetic rubber due to its versatility and performance benefits compared to natural rubber. Synthetic rubber offers greater flexibility in properties such as heat resistance and durability, making it ideal for various automotive applications. However, this increased demand places additional pressure on manufacturers to innovate continuously while ensuring sustainable sourcing practices.

Innovations Shaping the Future

  • Advanced Manufacturing Techniques
    The adoption of advanced manufacturing techniques is changing the way rubber components are produced. Technologies like 3D printing enable manufacturers to create complex rubber parts with greater precision and efficiency than traditional methods allow. This capability not only speeds up prototype development but also facilitates customization options that meet specific customer needs.

Furthermore, innovations in material science are leading to the development of custom rubber compounds designed specifically for electric vehicle applications. These advancements ensure that manufacturers can provide solutions tailored to the evolving requirements of modern vehicles.

  • Focus on Safety and Reliability
    As electric vehicles become more prevalent, ensuring the safety and reliability of rubber components is paramount. Manufacturers are investing in rigorous testing and quality control processes to meet stringent safety standards. This commitment not only enhances product quality but also builds consumer trust in EV technology.

Conclusion
The rise of electric vehicles is reshaping the automotive rubber manufacturing landscape, presenting both opportunities and challenges for manufacturers. By focusing on specialized components, lightweight materials, sustainable practices, and advanced manufacturing techniques, the industry is well-positioned to meet the demands of this evolving market.

As automakers continue to embrace electrification, the role of high-quality rubber components will be vital in ensuring vehicle performance and safety. Through innovation and adaptability, automotive rubber manufacturers can play a crucial role in driving the future of transportation while contributing to a more sustainable world.

What are Printable Magnet Sheets?

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Printable magnet sheets have emerged as a versatile tool in both personal and professional settings. They allow individuals to create custom magnets using inkjet printers, opening up a myriad of creative possibilities. From crafting personalized refrigerator magnets to designing functional magnetic business cards, these sheets offer a unique blend of functionality and creativity. This article delves into the specifics of printable magnet sheets, exploring their composition, applications, and the technology behind them.

Composition and Types

Material Composition

Printable magnet sheets are typically composed of a flexible magnetic material made from magnetic alloys like ferrite, combined with a plastic binder. This composition allows the sheets to be both flexible and durable, making them suitable for a variety of applications (Stanford Magnets). The magnetic material is often coated with a printable surface, such as vinyl, which is designed to accept ink from inkjet printers. This coating ensures that the printed images are vibrant and clear, without bleeding or feathering (Innotech Digital).

Variations

There are several variations of printable magnet sheets available in the market. Some sheets come with a matte finish, while others have a glossy surface, depending on the desired aesthetic and application. Additionally, sheets can be ordered with or without adhesive backing, providing further versatility for different projects (Stanford Magnets).

Printing Technology

Printer Compatibility

Printable magnet sheets are primarily designed for use with inkjet printers. The inkjet technology allows for high-quality image reproduction, making it ideal for projects that require detailed graphics or photographs. It is important to note that these sheets are not suitable for laser printers, as the heat generated by laser printers can damage the magnetic material and potentially harm the printer itself (Stanford Magnets).

Ink and Printer Settings

For optimal results, it is recommended to use pigment solvent inks, which are engineered to bond directly to the vinyl and polyester coatings on magnet sheets. These inks provide better durability and color richness compared to dye-based inks (Innotech Digital). Users should also ensure that their printer settings are adjusted to match the type of paper being used, such as selecting a glossy or matte finish if applicable (Shawn Mosch).

Applications

Personal Use

Printable magnet sheets are popular for personal projects, such as creating custom fridge magnets, photo magnets, and decorative items. They provide an easy way to personalize spaces with images of family, friends, or favorite designs. These sheets can also be used for DIY projects, such as making announcements for weddings or new baby arrivals (Shawn Mosch).

Educational and Business Use

In educational settings, printable magnet sheets can be used to create interactive learning tools, such as magnetic letters, numbers, and educational charts. Teachers can utilize these sheets to develop engaging classroom activities that enhance learning experiences (Sharing Kindergarten).

For businesses, these sheets offer a cost-effective way to produce promotional materials, such as magnetic business cards or branded merchandise. The ability to print high-quality images and text makes them suitable for professional-grade marketing materials (Amazon).

Challenges and Considerations

Printing Challenges

While printable magnet sheets offer numerous benefits, there are challenges associated with their use. One common issue is the potential for printer jams, especially if the sheets are not fed correctly. It is advisable to print one sheet at a time and ensure that the printer’s paper feed settings are properly configured to accommodate the thickness of the magnetic sheets (Sharing Kindergarten).

Magnetic Strength

The magnetic strength of these sheets can vary, and users should be aware that they may not be suitable for holding heavy items. Some users have reported that the magnetic properties are weaker than expected, which can limit their functionality in certain applications (Amazon).

Conclusion

Printable magnet sheets represent a versatile and innovative tool for both personal and professional use. Their ability to transform digital designs into tangible magnetic products makes them an attractive option for a wide range of applications. However, users should be mindful of the limitations and challenges associated with their use, such as printer compatibility and magnetic strength. By understanding these factors, individuals and businesses can effectively leverage printable magnet sheets to meet their creative and functional needs.

JASDI Magnet Co., Ltd. is a leading supplier of innovative magnetic solutions, specializing in high-quality magnetic printer paper that addresses these challenges. Their solvent inkjet printable magnet sheets are designed to offer a versatile and efficient solution for creating magnetic posts, car signs, and a wide range of promotional products. Compatible with most solvent inkjet printers, their magnetic sheets are ideal for both indoor and outdoor applications, ensuring vibrant and durable prints.

If you’re looking for quality inkjet printable magnetic sheets, JASDI Magnet is your go-to supplier!

Get a Quote Now!

Roller Chain: A Powerful Transmission Mechanism

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Roller chains are crucial in various industrial applications due to their durability and versatility. These interconnected metal links with rollers engage with sprockets in mechanical chain drive systems, primarily used for power transmission and conveyance in machinery. This ensures smooth and efficient operation between two or more shafts.

Here’s a breakdown of its key components and how it works:
Components:

  • Chain Links: These are the individual components that form the chain. Typically made of steel, they consist of two plates connected by rollers.
  • Rollers: These are cylindrical components that ride on the teeth of the sprockets. They reduce friction and wear.
  • Sprockets: These are toothed wheels that engage with the chain. They are used to change the direction of motion and to control the speed of the chain.
  • Pins: These are the connecting elements that hold the chain links together.

Types of Roller Chains

There are several types of roller chains, each designed to meet specific industrial needs:

  • Standard Roller Chains: These are the most common type, used in a wide range of applications from bicycles to industrial machinery.
  • Double Pitch Chains: These chains have a longer pitch, making them ideal for applications requiring slower speeds and longer distances.
  • Heavy-Duty Chains: Built for high-load applications, these chains offer enhanced strength and durability.
  • Stainless Steel Chains: Perfect for environments where corrosion resistance is crucial, such as food processing and chemical industries.

To ensure the longevity and optimal performance of roller chains, regular maintenance is essential:

  • Lubrication: Regularly lubricate the chains to reduce friction and wear.
  • Inspection: Periodically inspect the chains for signs of wear or damage.
  • Tension Adjustment: Ensure the chains are properly tensioned to prevent slippage and excessive wear.

Applications of Roller Chains

Roller chains are used in various industries due to their reliability and efficiency:

  • Automotive Industry: Used in engines and transmission systems.
  • Agriculture: Essential in machinery like harvesters and tractors.
  • Manufacturing: Integral to conveyor systems and assembly lines.
  • Food Processing: Stainless steel chains are used to prevent contamination and withstand cleaning processes.

Maintenance Tips for Roller Chains

Choosing the Right Roller Chain
Selecting the appropriate roller chain for your application involves considering several factors:

  • Load Requirements: Determine the load the chain will need to handle.
  • Environmental Conditions: Consider factors such as temperature, humidity, and exposure to chemicals.
  • Speed and Distance: Choose a chain that can operate efficiently at the required speed and distance.

J-King International (Brand: JUKYO™) – Taiwan Top Roller Chain Manufacturer
For over five decades, J-King International has been a leader in the roller chain industry. Their brand, JUKYO™, is synonymous with quality and innovation. J-King offers a wide range of roller chains designed to meet the demands of various industrial applications. Their commitment to excellence ensures that each chain is engineered for performance and durability, making them a trusted choice for businesses worldwide.

Choosing JUKYO™ roller chains means you are prioritizing long-lasting performance, even in the most challenging situations. At J-King International, we offer a range of options, from standard roller chains to customized solutions, all crafted with our deep expertise and dedication to delivering outstanding products that will surpass your needs.

Unveiling the Drawer Slide: The Unsung Hero of Furniture Functionality

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When admiring furniture, intricate designs, and luxurious materials often steal the spotlight. However, nestled beneath the surface lies an essential yet frequently overlooked component – the drawer slide. These unassuming mechanisms silently orchestrate the smooth movement of drawers, transforming them into readily accessible havens for our belongings.

Delving into the World of Drawer Slides

Drawer Slides from Tai Cheer Industrial

Drawer slides, also known as drawer runners, facilitate effortless drawer movement. They typically consist of two parts: the inner member attached to the drawer and the outer member mounted within the cabinet. As the drawer extends, the inner member glides along the outer member, minimizing friction and ensuring a seamless experience.

A Spectrum of Options: Choosing the Perfect Drawer Slide

The world of drawer slides offers a diverse array of options to cater to various needs and preferences. Here’s a breakdown of some of the most common types:

  • Ball Bearing Slides: Utilizing ball bearings to reduce friction, these slides deliver smooth and quiet operation. Ideal for frequently used drawers, they come in a variety of weight capacities.
  • Roller Slides: Offering a cost-effective solution for lighter drawers, roller slides employ rollers to minimize friction. They’re commonly found in kitchen cabinets, bathroom vanities, and office furniture.
  • Side-Mount Slides: The most common type, these slides are mounted on the sides of the drawer box. They typically provide a full extension for complete access to drawer contents.
  • Under-Mount Slides: Installed beneath the drawer for a clean aesthetic, these slides often feature soft-close mechanisms for a gentle closing motion. Popular in modern cabinetry and high-end furniture.
  • Center-Mount Slides: Less common but suitable for lightweight drawers, these slides are positioned in the center of the drawer. They offer easy installation and adjustment, making them ideal for DIY projects.
  • Heavy-Duty Slides: Designed for industrial applications or heavy furniture, these slides can support significantly more weight than standard slides. They’re prevalent in tool chests, commercial cabinets, and demanding environments.
  • Soft-Close Slides: Integrating a damping mechanism, these slides slow down the drawer’s closing speed, preventing slamming and reducing noise. They’re increasingly popular in residential and commercial settings.

Applications: Where Drawer Slides Shine

Drawer slides have a far-reaching impact, playing a crucial role in various furniture and cabinetry applications:

  • Kitchen Cabinets: Smooth-operating drawers are essential for accessing pots, pans, and utensils efficiently.
  • Office Furniture: File cabinets and desks benefit from drawer slides that support heavy files and supplies while maintaining a professional look.
  • Bedroom Furniture: Dressers and nightstands require reliable drawer slides for storing clothes and personal items. Soft-close features offer added convenience.
  • Industrial Applications: Toolboxes, workstations, and storage cabinets in factories and workshops rely on heavy-duty drawer slides to handle tools and equipment safely.

Selecting the Right Slide for the Job

Choosing the appropriate drawer slides is vital for optimal performance and longevity. Here are some key factors to consider:

  • Weight Capacity: Ensure the slides can comfortably support the weight of the items to be stored in the drawer.
  • Drawer Size: Measure the drawer’s width and depth to ensure a proper fit. Different slides have varying installation requirements.
  • Installation Type: Consider your desired aesthetics and functionality – side-mount, under-mount, or center-mount?
  • Soft-Close Features: If noise reduction and a gentle closing action are priorities, opt for soft-close slides.
  • Material and Durability: Choose high-quality materials, such as steel or stainless steel, for long-lasting performance, especially in high-use environments.

Conclusion: A Foundation for Functionality

While drawer slides might not be the first thing that comes to mind when it comes to furniture, they are the unsung heroes that significantly enhance functionality and user experience. By understanding the different types and their applications, you can make informed decisions that will lead to smoother, more efficient drawers in your home or workspace. Whether you’re a DIY enthusiast or a professional, investing in quality drawer slides is a step towards creating functional and durable furniture that meets your needs.

Established in 1985, Tai Cheer Industrial Co. is a leading manufacturer of ball-bearing drawer slides in Taiwan. With over 30 years of industry experience, we offer a wide range of high-quality drawer slides, including full extension and light-duty options.

Our four manufacturing plants in central Taiwan are ISO 9001:2015 and ISO 14001:2015 certified, featuring 100 production lines to meet diverse customer needs. Renowned for consistent quality and punctual delivery, we cater to OEM, ODM, and OBM orders, welcoming custom specifications. Contact us for reliable drawer slide solutions.

Victor Taichung Vturn-F26 Horizontal Lathe: Versatile and Efficient CNC Turning Solution

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In the face of the challenging global economic landscape in 2023, marked by a significant slowdown in China’s economic growth and widespread inflation, the machine tool industry is confronted with unprecedented challenges. Customers are increasingly seeking flexible, cost-effective, and high-performance equipment to meet their diverse production needs. The Victor Taichung Vturn-F26 Horizontal Lathe emerges as a compelling solution, offering a robust and versatile platform for CNC turning operations.

Robust and Stable Bed Structure

The Vturn-F26 Horizontal Turning Lathe features a one-piece bed structure with a 30-degree inclined guideway design, providing superior rigidity compared to the previous generation’s modular bed and 45-degree guideway. The cast components are manufactured using the “Meehanite” process, ensuring a stable and high-rigidity foundation. The increased width of the hardened linear guideways further enhances the stability of the saddle and slide.

Powerful Spindle Configuration

The spindle assembly has been reinforced to boost rigidity, with an increased bearing span and the use of a toothed belt drive. These enhancements reduce the impact of spindle heating, extend bearing life, and improve the spindle’s radial load capacity. The spindle is powered by a βiIP30 motor, delivering 15/18.5 kW of power and a maximum speed of 3,500 rpm.

Enhanced Axis Travels and Rapid Feeds

The Vturn-F26 offers increased axis travels, with the X-axis travel expanded from 190+50 mm to 215+25 mm, allowing for larger turning diameters up to 430 mm. The maximum turning diameter has been increased from 380 mm to 430 mm, and the bed swing diameter from 520 mm to 600 mm. The rapid feed rates have also been improved, from 12/15 m/min (X/Z) to 15/20 m/min (X/Z), further enhancing productivity.

Flexible and Practical Turret Design

The Vturn-F26 features a 10-station turret with square tool holders (25 mm), providing increased flexibility in tool configuration and reduced tool interference. The practical hydraulic turret design also simplifies maintenance.

Ergonomic and User-Friendly Design

The machine’s exterior design incorporates Victor Taichung’s distinctive corporate elements, with rounded corners and a sleek, streamlined appearance. The active door window and LED lighting contribute to a bright and intuitive user experience, allowing operators to easily monitor the machine’s status.

Comprehensive Peripheral Systems

The Vturn-F26 is equipped with a new chip conveyor and coolant system, optimizing the filtration of chips and extending the coolant’s service life, thereby reducing maintenance requirements and increasing effective machining time.

In the highly competitive machining market, the Vturn-F26 offers a versatile and cost-effective solution that can accommodate the diverse needs of customers. With its robust construction, powerful spindle, and enhanced axis travels, the Vturn-F26 provides the necessary cutting power, precision, and stability for a wide range of turning applications. By offering flexible configuration options and integrating energy-efficient peripheral systems, the Vturn-F26 helps customers optimize their production costs and enhance their competitiveness.

If you have any questions or need further information regarding Vturn-F26, please do not hesitate to contact Victor Taichung – Taiwan’s leading Smart machine tools manufacturer.

Source: Victor Taichung

Choose Right Medical Casters in a Healthcare Environment

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Design medical equipment with operator experience & workplace ergonomics in mind by selecting the right medical casters.

 

To understand the importance of using the right casters on medical equipment in a healthcare environment, let us examine a scene in an archetypal hospital where patients, carts and sensitive equipment are constantly ushered to various rooms, crossing multiple floors and possibly traveling long distance. Since the environment is in flux, it is imperative to consider the performance and failure rates of casters when evaluating the design of medical equipment both using original casters and replacement casters.

 

While failure rates are easy to measure, quantifying the performance of casters can be relatively difficult especially because casters tend to become less efficient over time. Just because a caster is still functional, it is not necessarily performing optimally. To illustrate, wrong casters may fail to absorb shock optimally whereby constantly transferring unacceptable shocks to both the equipment and the operator, leading to breakdown of the equipment and potential injuries to the operator. Additionally, an untimely caster failure can put critical equipment temporarily out of use.

 

Since casters need to constantly perform at their peak and be durable to create a positive impact on ROI, the logical next step is to examine how to identify the right medical casters for intended applications. Here are a few key points to consider:

 

  1. Wheel Material: The wheel material that you select impacts a variety of performance parameters. Popular choices for medical applications include Neoprene and Urethane wheels which are considered quiet, non-marking and shock absorbent. Accounting for these factors creates an environment which restricts noise levels for both patients and operators, reduces risk of damaging floors, while also extenuating damages to the equipment and injury to personnel.

 

  1. Load Capacity: In general, it is recommended that each caster should have the capacity to support one-third of the total load weight of the load.

 

  1. Floor and Environmental Conditions: Floor conditions could include towing equipment on greasy surfaces. Environmental conditions could include exposure to harsh chemicals, etc. These factors need to be weighed when selecting casters.

 

  1. Requirements for Braking and Locking Mechanism: There are various options available. Usually, the braking and locking mechanism on medical casters is more complex than on industrial casters.

 

  1. Wheel Diameter and Bearing: Optimal wheel diameter and bearing selection will have a positive impact on maximizing mobility and enhancing workplace ergonomics.

 

  1. G-force (a measurement of the type of acceleration that causes a perception of weight): A lower g-force improves shock absorption and provides extra protection to the equipment while also assisting to reduce injury risks to operators.

 

  1. Durability: Consider the number of kilometers a single piece of medical equipment is expected to travel during its product life cycle. Casters with durability curate replacement costs.

 

  1. IEC / ISO Specifications:

 

  • IEC 60601: Technical standard for the safety and effectiveness of medical equipment
  • ISO 22881: Requirement for use on manually propelled equipment for institution applications
  • ISO 22882: Requirements for castors for hospital beds
  • ISO 22883: Requirement for applications up to 4 km/h
  • ISO 22884: Requirement for applications over 16 km/h

 

For the OEMs, besides considering the points above that end-users value, the following can be factored in:

 

  1. Aesthetics, A Key Element of Product Design: In an era where form is considered as important as function, imagine a situation where a cutting edge ultrasound machine is outfitted with casters that appear more like tools added purely for their functional value. This would reduce the premium feel of the equipment. Similar to cutting edge automobiles which use wheels to enhance the function as well as the appearance of their products, casters can be used to add to the overall design and premium feel of the medical equipment.

 

  1. Using Casters with A Positive Reputation: Many end-users prefer casters from trustworthy and well-known manufacturers therefore including these casters on the original equipment creates additional value for the end-users.

 

  1. Collaborating with Caster Manufacturers at The Early Stage of New Product Development: To ensure that casters are “right” for the intended application, it is a great practice to involve caster manufacturers early in the product design process. Early inputs from caster manufacturers can reduce the time to market and significantly improve design value.

 

Selecting the right casters makes a positive impact to a variety of key areas including longevity of equipment and enhanced workplace ergonomics. The right casters improve efficiency and productivity and, in turn, ROI.

 

To find the trustworthy and well-known medical caster manufacturer, I recommend you to visit Enjoying Go Co., Ltd. – they are the Taiwan caster wheel manufacturer specializing in kinds of office chair casters, furniture caster wheels, hardwood floor casters, medical caster wheels, etc. Today, if you have requirement or interest in caster wheel replacement, please do not miss Enjoying Go!

 

Article Source: Darcor

2019 Tapioca Industry Global Market Research Report

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Tapioca is a starch extracted from the roots of cassava. It mainly contains carbohydrates and low amounts of nutrients like vitamins, fiber, proteins, and others. It has a texture similar to corn flour. It has a neutral taste and is grain-free, gluten-free, and nut-free. It is called by different names in different regions.

 

According to Research Reports World’s market research report, the increased awareness on the health benefits of tapioca will be one of the major factors fueling the growth of the tapioca market during the next few years.

 

APAC is expected to be the major revenue contributor to the market throughout the forecast period. This region is the largest market and second-largest producer of tapioca products. The leading countries driving the demand for cassava flour products in APAC are China, Thailand, Indonesia, Vietnam, and India. Tapioca chips are readily available in India and are more popular than potato chips.

 

Global Tapioca market size will have rising tendency from 2018 to 2025. If you want to learn more Tapioca Industry Global Market Research Report, please visit: Research Reports World

 

By the way, if you have interest in common tapioca products like tapioca pearls, I recommend you to visit Empire Eagle Food Co., Ltd. – they are the professional tapioca and bubble tea supplier in Taiwan. Visit Empire Eagle for more details of bubble tea toppings.

 

Article Source: Reuters

Guide of Control Valve Actuator: Types and When to Use The Right Valve Actuator?

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When scaling out a new control valve, vendors should support with every specification and recommend the right device for the application. Also, what is important to know is which type of control valve actuator is actually needed.

 

This article will tell you all you need to know about control valve actuators, the part of a control valve that receives commands from the control system to create a force that moves a control valve. Control valve actuators do this either directly or through a control valve positioner, which converts digital or analog signal to pneumatic output.

 

Types of Control Valve Actuator

There are five commonly used control valve actuator types. So let’s take a quick look at each.

 

  • Pneumatic Control Valve Actuator

This type has a flexible diaphragm with pressure applied against the force of the actuator spring. When the control system sends its signal, the actuator creates a force that overcomes the force of the spring, moving the actuator stem.

 

We have two types of action in a pneumatic actuator: direct and reverse. Direct action means the actuator pushes the stem down and the spring pushes it up. Reverse action will move the stem up, and the spring moves it down.

 

  • Pneumatic Control Valve Piston Actuator

This works much like an actuator with a diaphragm and spring. However, this actuator replaces the diaphragm with a piston. We have two types of action here too: linear and rotating. Linear moves the actuator component in a straight line and rotating turns it.

 

  • Electric Control Valve Actuator

This actuator has a motor and gearbox to create torque that moves the valve up and down. We can find this electric control valve actuator in linear and rotating control valves.

 

  • Electric-Hydraulic Control Valve Actuator

This type mixes electric signals and hydraulic units to act on the valve. The signal will control the flow of oil to open and close the valve, using a flapper-nozzle system similar to a pneumatic system.

 

  • Hydraulic Control Valve Actuator

This works much like a pneumatic actuator, and we can use it in linear and rotating control valves. However, it uses fluid rather than air to create force in its system.

 

If you have interest and requirement of electric control valve actuator or other valve actuators, I recommend you to visit Sun Yeh Electrical Ind. Co., Ltd. – they specialize in manufacturing kinds of electric actuators. Today, contact with Sun Yeh for more details!

 

Article Source: Visaya

Guide of KVM Extender: Types of KVM Extender and Which Do You Need?

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What Type of KVM Extender Do You Need?

While all KVM extenders are used to connect users to their computers, there are a wide variety of customer needs and important features to look for when purchasing a KVM extender. In order to find the best KVM extender for your configuration here are the major questions to consider in advance:

  • What video signals do you need to extend?
  • Do you need to extend signals for one screen (single-head) or multiple screens (multi-head)?
  • What types of peripherals do you need to extend (USB HID, USB 2.0/3.0, audio, serial, etc.)?
  • What distances do you need to cover between the users and the computers?
  • What transmission medium will connect the users and computers (CATx/Fibre/IP Network)?

Types of KVM Extenders

There are different types of KVM extenders that are capable of transmitting various signals: VGA, DVI, HDMI, DisplayPort video signals, as well as keyboard and mouse, transparent USB, digital or analogue audio and serial formats like RS232.

KVM extension works over CATx cabling, fiber optic cabling, or an IP network:

  • Optical Fiber KVM Extenders are ideal when there is a need for an increased signal range (between buildings for example), for applications that require enhanced network security, for transmission of uncompressed high-bandwidth signals (4K60), or when your network configuration requires immunity from electrical interference (galvanic isolation)
  • KVM Over IP Extenders are preferred for applications where connectivity needs to be established across vast distances, where scalability of the system is crucial (KVM switching), or it is preferable to extend over an existing LAN infrastructure or even the Internet
  • CATx KVM Extenders are perfect when you need to extend up to HD video and peripheral signals up to 150 m; CATx transmission is also the most cost friendly option

HDMI KVM Extenders

HDMI KVM extenders provide HDMI and USB signal extension over long distances without compromising video quality. These extenders offer low latency or even real-time transmission without delays and compression artefacts that degrades the high-resolution viewing experience. They are ideal for applications such as broadcast, high-end medical imaging, interactive digital signage, home theatres, and even industrial automation.

VGA KVM Extenders

VGA KVM extenders are capable of extending up to 1920×1200 VGA signals over distances of 150 m (CATx) or even farther over fiber connections. Some extenders come with a built-in de-skew option to compensate for skewing effects.

DVI KVM Extenders

DVI KVM extenders are designed to overcome the distance limitation of DVI cabling. Digital KVM extenders are ideal in critical applications where reliable digital image quality and fast switch-over of redundant hardware are required, for example in broadcast playout centers or industrial control rooms.

DisplayPort KVM Extenders

DisplayPort KVM extension technology supports uncompressed transmission of up to 4K60 video signals. This helps to access high-performance graphical workstations and critical video processors from secure and temperature controlled equipment rooms while maintaining the same user desktop experience for editors, 3D artists and control room operators.

If you have any question about KVM extender or want to buy DVI extender, DisplayPort KVM extender, RS232 extender and more KVM extenders, welcome to contact with Smart Cabling & Transmission Corp. for more details!

Article Source: BLACK BOX

Guide of Towel Racks: 6 Main Types of Towel Fixtures

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The term towel racks is used both as a generic term for “the thing you hang your towel on” and as a more specific type of towel hanging fixture. Towel fixtures come in six main types:

 

  • Towel Hooks
  • Towel Rings
  • Towel Valets
  • Towel Bars
  • Towel Racks
  • Towel Shelves

 

Most of the towel fixtures are available in chrome, and some have alternative metal finishes such as nickel, pewter, stainless steel, wrought iron, and brass. Most of them can be chosen to match other bathroom fixtures and faucets individually, or form part of a collection.

 

Towel hooks, not always named as such, allow for hanging the towel over a rounded tip of some sort. There are single hooks, double hooks, and hooks that look like open rings on their side, with each prong extending horizontally from the fixture. Towel hooks are useful for hanging towels in a long vertical space. Some manufacturers offer both single and double hook options.

 

Towel rings are not always rings. They may be a nearly perfect circle, be open on one side, or have a flat space on the bottom. Some are in the shape of a rounded rectangle. Some companies specify whether their towel rings are left-handed or right-handed.

 

Tower valets are floor stands with curved bars to hold several towels at about waist height. Similar products also go by the name of towel stand, and countertop models are also available.

 

Standard towel bars feature a single bar with a wall fixture at either end. Hand towel bars may be affixed at only one end, with the other end open so the towel can slide on and off. Alternatively, a hand towel bar may be attached at both ends and have a short bar between, usually the widths of a typical hand towel. Standard towel bars come in some typical widths, including 18” (45.72 cm), 20” (50.8 cm), 24” (60.96 cm), 30” (76.2 cm), and 32” (81.28 cm).

 

Variations include towel bar / towel ring combinations—a single piece featuring a place to hang both a larger towel and a hand towel; as well as towel bars hung below a display shelf. Double towel bars are also available, as are towel rails that are like bars, but only attached to the wall on one side.

 

Towel racks can be used to hang numerous towels or other items to dry, and is the style of towel holder most often used for warming towels. Towel racks may be freestanding or wall mounted. The wall mounted models either have permanent fixtures, or are designed to be attached to an existing towel bar, making it portable. An alternative design is the flat panel heated towel stand, which features more heated surface area for the towels to rest against. Towel heating products generally work by plugging the supplied electrical cord into a standard outlet.

 

Towel shelves, which are wall-mounted and are available with and without towel racks below, are also used both for storage and are also used for towel warming. Certain models may be referred to as towel baskets.

 

If you have requirement of commercial towel racks or other bathroom accessories, I recommend you to visit BeAnUnion Metal Co., Ltd. – they specialize and design various hotel & home accessories. Today, contact with BAU for more details!

 

Article Source: Home Institute