Custom Made Rubber Silicone Screen Printing Keypad
Custom Made Rubber Silicone Screen Printing Keypad Product Introduction Silicone rubber keypad is an excellent choice for device operation controls, and is most widely used form of switching technology today. They offer reliability, long life and design flexibility.Jasper takes well control of a...Send Inquiry
Custom Made Rubber Silicone Screen Printing Keypad
Silicone rubber keypad is an excellent choice for device operation controls, and is most widely used form of switching technology today. They offer reliability, long life and design flexibility.Jasper takes well control of a rubber keypad factory by means of equity-participation. We are capable of manufacturing Silicone rubber keypad switches and general rubber products for the electronics industry. A universal product range includes various kinds of silicon rubber, NBR, Polychloroprene rubber, NBR/PVC blends, natural rubber, etc. PU-coating, glue-dripping and laser-etching are available at our production facilities.
Coupled with stringent quality control throughout the entire manufacturing process, our clients can be assured that they receive only the best from us.
Product features and applications
1.Ozone and Chemical resistance
|2. Anti-aging,good flexibility,good elasticity|
|3. Excellent oil resistance|
Electronic field, industrial machine & equipment,
|house-hold appliance, tele-communication, automobile,|
|medical equipment industry etc.|
With years of export experience along with excellent quality, advanced services and competitive prices, JASPER has won numerous customers' trust and support.
Rubber keypads have many different types according to keypad surface legends demands, color demands, functional requirements, conductive ways, key cover demands and material demands etc.
This is a short list of our most frequently asked questions. For more information about JASPER, or if you need support, please contact us.
What information do i need to provide JASPER with for a quote?
A blueprint or sketch with dimensions, colors and materials. We can also quote from a sample.
What are typical dome sizes?What is the actuation force of domes?
8 mm, 10 mm, 12 mm, 14 mm, 20 mm.Dome Force ranges from 85 grams to 700 grams.
Dome type,is tactile feel needed?
Both metal (stainless steel and Gold Plated) poly domes are offered. Tactile feel is customer’s preference.
Which type of tactile feedback dome works best in a higher environment?
Stainless Steel domes will out perform a polyester tactile dome in this situation.
Why should i choose JASPER?
As a recognized industry leader for over 7 years,JASPER already is the standard of high-quality human interface products.
How long does it take for you to produce a membrane switch?
Our rapid prototype manufacturing process allows for turnarounds as quick as 10 days! Since each project is unique, please call for current estimates.
Can you help us in designing our product(label,switch,touch,screen,PCB,etc.)?
Our experts can help with your project from design to delivery. We have all the latest design equipment and software to cater to your needs.
Its required that we receive final approval from you before production commences. Our CAD team has the ability to create from scratch. Call for details.
What should you do if there is any defect?
We will analyze the reason at once and negotiate replenishment problems with customers.
Flexible Printed Circuits Used For Electronic Products
Flexible Printed Circuits Introduction
Flexible Printed Circuits (FPC) is used as interconnection to transmit signals for electronic products by developing circuits on flexible Copper Clad Laminate through processes of exposure, etching.,..etc. FPC is mainly applied to surface mount electronic components and connect PCB & PCB or connect PCB & LCD, to carry out the function of electronic product.
Based upon FPC’s characteristics of “thin” and “flexible”, there will be a great growth of FPC as the electronic market continues to demand “thinner and thinner” and “smaller and smaller”. Relatively, the development of FPC product will help flourish the electronic market as well.
Single-side: Applied with single side material to make pattern on one side then add the cover layer on the same side
Double-side: Applied with double sides material to make pattern on both sides then add the cover layer on each side
Single-side double access: double access Applied with single side material to make pattern but make some window on base film and add the cover layer on pattern top. The final products will have single layer copper but two sides access possibility
Multi-layer: Binding a single side and a double sides FPC together or binding a double sides and a double sides FPC together
Rigid-flex board: Binding flexible and rigid boards structure together in same units as one part
Membrane Switch Connectors: What are They and What do They do?
Membrane Switch Connector Options
One consideration for your membrane switch design is how to connect the membrane switch with the brains that control your product. Basically, Membrane Switch connectors connect the keypad and the device it will control. Connectors consist of a contact device and a molded plastic housing, but membrane switch connectors are certainly not something to choose lightly. Sometimes, knowing which connector to use for an application can be difficult. You need to think about ways to accommodate connector durability and minimize unwanted space when deciding how to terminate your membrane switch.
Flexible membrane switches are connected by a flexible tail that is cut from the circuit material. This flexible tail can be connected to a circuit board with a variety of single row connectors designed for flex circuits. Or, the tail can be designed to interface with a Zero Insertion Force (ZIF) connector. Typically, the lowest-cost interconnect is a ZIF connector. Flex circuits may also be terminated with solder tabs that can be directly soldered onto the circuit board.
ZIF connectors have no physical connector on your membrane switch and rely on a receptacle connector that is available from numerous manufacturers. It is important to choose a ZIF connector that is suggested for membrane switches and to keep in mind that smaller pitches are available in polyimide flexible printed circuits only.
ZIF connectors are increasingly common in several applications, especially when connecting to a small display or keyboard. ZIF connectors meet a range of requirements including low profile, lightweight, secure, and removable connections. ZIF connectors are appropriate for more complex applications and allow for higher levels of integration. For ZIF connections, the connector system is not on the membrane tail, but on the PCB. The tail of the circuit is inserted into the ZIF connector to create the contact, and a stiffener is laminated under the tail to ensure stability and maintenance of the electrical contact. ZIF connectors may have anywhere from 2 to 30 positions on a single row, and distances of between 1mm and 2.54 mm are available.
Keep in mind that ZIF connections degrade with insertions, so the maximum number of insertions should not exceed 10 cycles. It’s also important to remember to take care when placing the tail die but in relation to the printed traces, since resistance in the circuit may increase in spacing of less than 1mm where the circuit traces are thinner.
Male, Female, or Solder Tab Housings:
These types of membrane switch connectors are considered to be more reliable against heavy shock and vibration. They also are known for more ease of assembly. With a much larger connection, male, female, and solder connectors have pins crimped to the circuit and are available with many different housing features. The tail pitch is available in .100” spacing.
Crimpflex Connecting System by Nicomatic
Nicomatic Crimpflex membrane switch connectors conform to Berg, Molex, and Amp membrane switch connecting specifications by utilizing common pins in a specific housing to meet connection requirements. The Crimpflex crimping presses are dedicated to the manual and pneumatic crimping of male and female contacts and are known for their reliability, ruggedness, simplicity of use, speed, and precision. The Crimpflex contacts ensure mechanical retention and electrical contact by piercing the conductor in six points. The contacts are available in male, male solder tab, and female versions; the female contacts are selective gold or tin-plated. Crimpflex connectors’ standing housings are available in the OF series, which fits with the most common interfaces, or the OM series, which interfaces with cables and comes with an locking system that can be oriented to meet your specifications.
Crimpflex connectors comply with rigorous electrical and mechanical requirements and provide exemplary connection, especially in applications where high vibration is expected. They are mounted by installing the pins on a circuit tail and assembling it into a molded plastic housing. The crimping pierces the conductor, ensuring mechanical retention at two points and electrical contact at four points, with the lowest possible contact resistance. Designers and engineers may specify whether they want low or high insertion force or locking versions.
graphic overlays that are durable and functional
We supply graphic overlays (fascias) that are cost effective, durable and functional.
They are used to bring attention to your product and its features, facilitating functionality.
Three critical aspects of any Graphic Overlay are Form, Fit and Function. Our Art Department Staff can aid you in the design of your graphics.
Our Graphic Overlays provide a colourful first impression and make instructions clear for your end user which results in a product that you and your customers will be proud of.
Graphic Overlay are ideal for recessed moldings, switch assemblies, or front panel graphics. They are printed on the underside (sub-surface) of chemical and abrasion resistant plastic materials.
Design features that can be incorporated include: backlit-deadfronted – LED/LCD display window areas, selective surface texturing, embossing, zoned adhesive, hardcoating, color matching and/or 4-color process printing.
Glossy, Matte, Textured, Brushed, and Selectively Textured finishes are available. Graphic Overlay are used in variety of industries like Weighing scale, Appliances, Instrumentation ,Medical Field, Computers, Electronics ,HVAC.
We work with you to determine the most suitable material and thickness to suit your applications. Polyester and polycarbonate are the most commonly used substrates. We also offer unique substrates with UV inhibitors for harsh exterior conditions.
Specialised adhesive backings can be applied to adhere to a wide variety of substrates in various conditions. i.e. Exterior use, Polypropylene, powder coating etc.
Graphic overlays are used in all types of applications including electronic equipment, appliances, telecommunications equipment, fitness equipment, medical equipment, security, vending machines and a wide variety of other products.
They are ideal for use with tactile switches where a membrane feel is required.
We offer many advantages including:
Full in-house design team
Superior Graphic Capabilities
Various Textures & Finishes
Specialised adhesive backings
Sub -surface print
Unlimited colours and colour matching
Die-cutting, Routing & Embossing
Indoor, Outdoor and/or Harsh Environment Durability