This section provides an overview for touchscreen gloves as well as their applications and principles. Also, please take a look at the list of 18 touchscreen glove manufacturers and their company rankings. Here are the top-ranked touchscreen glove companies as of December, 2023: 1.Autodesk Inc., 2.RefrigiWear, 3.Recreational Equipment, Inc..
Touchscreen Gloves are gloves that allow you to operate the touchscreen while wearing them.
When wearing normal gloves, the touch operation may not respond even if the fingertips touch the screen. Touchscreen Gloves, on the other hand, are made of conductive material, allowing the wearer to accurately operate the screen of a smartphone or tablet while wearing them.
There are two main types of touch panels for smartphones and other devices: pressure-sensitive and capacitive. Wearing normal gloves or military gloves that do not support touch panels does not allow electric current to pass through, making it impossible to operate a capacitive touch panel.
As a solution to this problem, Touchscreen Gloves are made of conductive thread. This device makes it possible to operate a capacitive type touch panel while wearing gloves.
Touchscreen Gloves are useful in a variety of applications. Some of the major uses are listed below.
Wearing regular gloves in cold weather makes it difficult to operate smartphones by touch due to reduced sensitivity of the fingertips. Touchscreen Gloves are made of conductive material, so you can accurately operate your smartphone even while wearing gloves. This is useful when you want to send and receive messages or browse the web on the go.
Even during outdoor activities such as mountain climbing and hiking, you may need to operate your smartphone. Touchscreen Gloves allow you to browse map apps and trail guides without having to take off your gloves when exposed to the cold and wind.
In business situations, smartphones may be used during meetings and business negotiations. Touchscreen Gloves enable efficient communication because they allow users to manipulate presentation materials on their smartphones without having to take off their gloves.
Touch panels may be used in factories for production control and monitoring. When operating production line progress and equipment via touchscreen, Touchscreen Gloves can be worn to maintain cleanliness.
They are also used in factory processes that require the wearing of gloves, such as working in cold areas such as refrigerated rooms. Some Touchscreen Gloves can be used in clean rooms, and these products can also be used in the assembly process of electronic components.
The principle of Touchscreen Gloves is to use conductive materials. This allows electric current to be transmitted to the touch screen even while the gloves are worn, thus enabling operation to be detected. There are two types of touchscreens: capacitive and inductive.
A capacitive touch panel consists of a thin conductive layer on the screen, which is covered with a non-conductive layer such as protective glass or plastic. This structure makes it possible to detect the position of a finger and the position of a touch if conductive gloves are worn.
In an electrostatic induction touch panel, conductive wires are placed on the screen and covered with an insulating layer. This structure creates an electrostatic field near the finger if the gloves are made of conductive material, and the position of the finger can be detected.
There are several factors to consider when choosing Touchscreen Gloves.
The material of Touchscreen Gloves affects the conductivity and comfort of the fingers. Typically, conductive fibers and conductive inks are used.
These materials are placed on the fingertips and finger abdomen of the gloves and allow electric current to pass through them upon contact with the touchscreen.
Touchscreen Gloves may be designed to accommodate different types of touchscreens. Manufacturers choose coding materials for compatibility with devices. Many products are coated with nitrile rubber or polyurethane.
Size is a very important factor. If the gloves are not the correct size, the fingertips and palms may be misaligned, resulting in reduced operability. By selecting the proper size, the gloves will fit snugly in the hand and allow for unobstructed finger movement.
Some Touchscreen Gloves may have non-slip material on the fingertips and palms. This improves hand stability when holding slippery devices and prevents them from falling or mishandling. The design and material of the non-slip material is also a factor to consider when choosing.
*Including some distributors, etc.
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Autodesk Inc is a manufacturer of 3D softwares, founded in 1982, and headquartered in Mill Valley, California. Offerings of the company encompass 3D design and modeling tools such as AutoCAD, Revit, and Fusion 360 for architecture, engineering, and product design. In the construction realm, it provides BIM 360, aiding in streamlined project management and collaboration. For the media and entertainment sector, software like Maya and 3ds Max facilitates 3D animation and rendering. Additionally, the company's portfolio includes engineering simulation software, CAM tools, educational resources, cloud-based collaboration platforms, as well as VR/AR applications, and solutions for GIS, mapping, robotics, and PLM.
Cestusline, Inc., founded in 2011, is headquartered in San Jose, California, USA, and is a manufacturer specializing in industrial hand protection solutions, including gloves and arm protection gear. Its product range includes a diverse selection of gloves and arm protection gear tailored for various industries such as construction, oil and gas, manufacturing, and utilities. The company has received awards such as the "Safety Product of the Year Award" in 2018. Additionally, it holds certifications like ISO 9001:2015 for quality management systems.
MCR Safety is an American manufacturer and distributor of personal protective equipment (PPE) and safety products established in 2004 and based in Collierville, Tennessee. The company’s product list includes various chemical and flame resistant work gloves and boots, safety garments, face shields, and safety goggles. These have applications in a wide range of industries, such as oil and gas, construction, metal fabrication, and mining. MCR Safety also provides additional services including product customization, on-site hazard assessments, and vending services for facilities with a large workforce.
Klein Tools is a fifth-generation family-run producer of hand tools founded in 187 and headquartered in Lincolnshire, Illinois. Klein Tools sells worldwide directly and through distributors. Klein Tools has a family of companies under its brand including Alco, Civitella, Mumme Tools, Tulmex, and Wattmaster. Klein Tools serves several industries including construction, HVAC/R, plumbing, telecom, municipal, and industrial. Some of the tools Klein Tools produces include non-contact voltage tester bens, multi-bit screwdrivers, digital circuit breaker finders, advanced circuit tracer kits, and multi-bit electronics screwdrivers.
PalmFlex is a supplier specializing in personal protective equipment (PPE) and workwear. Established in 1986 and based in the United States, the company offers a wide range of PPE solutions to various industries, including Manufacturing, Construction, Healthcare, and Automotive. Its product portfolio includes an extensive selection of safety gloves, workwear apparel, and safety supplies. These products are designed to meet the rigorous safety standards and demands of industrial and professional settings.
Recreational Equipment, Inc. (REI), established in 1938, is a supplier of top-quality gear and apparel, expert advice, rental equipment, inspiring stories of life outside and outdoor experiences, based in the United States. The company puts sustainability at the center of how it makes products. Today its community has 23 million lifetime members, more than 16,000 employees and 181 locations in 41 states and the District of Columbia. It designs and developes its own REI Co-op and Co-op Cycles. Its teams get outside with members in the dirt, wind and rain to put its designs to the test.
Nelson Miller was established in 1937 and is based in the City of Industry, California, USA, as a designer and manufacturer of custom turnkey assemblies. The company's product list encompasses nameplates, dials, and panels; membrane switches; capacitive touch switches; and elastomeric rubber keypads, among others. It also provides plastic injection molding, global sourcing, and identification solutions. The products and services aid in global sourcing and provide identification solutions, catering to the specific needs of different industries for branding, user interface design, and component manufacturing. The company serves various industries, including manufacturing, electronics, consumer goods, automotive, aerospace, and medical.