XFDC-PCB
FLEX PCB EXPECT
FLEXIBLE PRINTED CIRCUIT BOARDS
24-Hour Rapid Proofing and 72-Hour Batch Shipping
Flex PCB, also known as flex PCB and flex board, is favored for its excellent characteristics such as lightweight, thin thickness, free bending, and folding. The products are widely used in communication, Machine tool, camera module, intelligent battery management module, and other high-tech electronic fields.XFDC-PCB has plenty experiences to manufacturing PCB,reach to 24-Hour Rapid Proofing and 72-Hour Batch Shipping
FLEX PCB ADVANTAGES
1. Quick assembly; all lines are set up Remove all redundant cable connections.
2. It can effectively reduce product volume and increase carrying convenience.
3. Because it is lighter than rigid-PCB, it can help to reduce the final product’s weight.
4. Thinner than rigid-PCB, it can improve softness and strengthen the assembly of three-dimensional space in a limited space.
5. FPC also has good heat dissipation and weldability, is easy to assemble, and has a low total cost. To some extent, the design of soft and hard combination compensates for the slight deficiency of flexible substrate in component bearing capacity.
Light Weight
Durability
Higher Density
Low Cost
Heat Dissipation
Various FLEX PCB Types
Double Sided Flex PCB
Multilayer Flex PCB
Why choose XFDC Flex Circuit?
XFDC has been certified by IS09001, IS014001, SGS, UL USA, and Canada as one of the best flexible PCB suppliers.
When you send one inquiry, our experienced sales team will reply to your email within 1h and also provide a quotation within 1-2h depending on the flexible PCB easy or complicated.
And takes a quick turn delivery time for flexible PCB, the fastest lead time is 24h for the prototype of flexible PCB, the standard delivery time of prototype is 7-10 working days, and the mass production of flexible PCB is 15working days.
We guarantee shipment lead time based on customer requirements.
Material of Flexible Printed Circuit
1.Finishes
The most common insulating film materials are polyamide and polyester. Polyimide material is non-flammable, has stable geometric dimensions, nonflammabilityile strength, and can withstand welding temperatures. Polyester, also known as polyethylene terephthalate (PET), has physical properties similar to polyimides, such as a low dielectric constant and little moisture absorption, but it does not withstand high temperatures. Polyester has a melting point of 250 degrees Celsius and a glass transition temperature (TG) of 80 degrees Celsius, limiting its use in applications that require extensive end welding. Polyimide insulating film is commonly combined with polyimide or acrylic adhesive, whereas polyester insulating material is commonly combined with polyester adhesive. When combined with materials that have similar properties can have dimensional stability after dry welding or after multiple lamination cycles. Other important properties of adhesives are low dielectric constant, high insulation resistance, high glass transition temperature, and low moisture absorption.
2.Conductor
Copper foil can be used in flexible circuits. It can be electrodeposited (ED) or plated. The surface of one side of the copper foil deposited by electrodeposition is shiny, while the surface processed on the other side is dull. It is a malleable material that can be formed into a variety of thicknesses and widths. After special treatment, the matt side of ED copper foil often improves its bonding ability. In addition to flexibility, forged copper foil has the properties of hardness and smoothness. It is appropriate for applications that require dynamic deflection.
3.Adhesive
Copper foil can be used in flexible circuits. It can be electrodeposited (ED) or plated. One side of the copper foil deposited by electrodeposition is shiny, while the other side is dull.It is a malleable material that can be formed into a variety of thicknesses and widths. After special treatment, the matt side of ED copper foil often improves its bonding ability. In addition to flexibility, forged copper foil has the properties of hardness and smoothness. It is appropriate for applications that require dynamic deflection.
Flexible Circuit Board Application
Flex PCB for Security Monitoring
Flexible PCBs are commonly found in small electronic devices such as cell phones, tablets, cameras, video recorders, and other similar small gadgets on the market today. Because these products are frequently transported or handled, the flexible PCB’s resistance to shock and vibration is an important feature.
Flex PCB for Medical Cosmetology
In the Medical Cosmetology, small and dense electronic designs are becoming increasingly important, with handheld surgical technology and even electronic implants gaining popularity. Flexible PCBs can be used in both cases because they meet the durability and size requirements of surgical technology as well as the flexing ability required for implants.
Flex PCB for Consumer Electronics
Flexible PCBs are commonly found in small electronic devices such as cell phones, tablets, cameras, video recorders, and other similar small gadgets on the market today. Because these products are frequently transported or handled, the flexible PCB’s resistance to shock and vibration is an important feature.
Flex PCB for LED Lighting
LED lighting is extremely popular in both residential and commercial applications today. This is primarily due to the incredible power efficiency of LED technology. Heat is frequently the only source of concern, which can be alleviated by using a flexible printed circuit board with effective heat transfer properties.