Clothing

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Minimum Order: 100

秋冬唇纹圆领毛衣女式宽松 下装套

Minimum Order: 100

PCB board to board connectors and SMD board to board connectors are used to accurately interconnect printed circuit boards (PCBs) in a stackable manner. They can accommodate various types of PCB orientations, relative distances, and space constraints to allow for design flexibility. In addition, multiple materials, plating finishes, and pitches are available to meet electrical and mechanical specifications. Depending on the purpose of the interconnect, connectors are further offered as high-speed, floating, or power. To achieve the desired performance, all the above should be considered when designing an interconnect system. Board to Board Connector Types Pin Headers Pin headers (male) and female headers (socket) are used as a set. A male pin header consists of one or more rows of metal pins molded into a plastic base. Due to their simplicity, male pin headers are the most cost-effective. Female Headers Female headers are the sockets that male headers fit into. These connectors complete the design by allowing the PCBs to be easily connected and easily replaced should either of the headers become damaged. Box Headers Box header connectors are featured with a plastic shroud around the header. This helps guide the connectors during the mating process to avoid mating errors. High-Speed Connectors High-Speed Connectors are specifically designed with robust terminals and high- temperature resistance plastic to be used in industrial applications that require high-speed transmission. The unique contact structure allows it to maintain a steady impedance profile, which ultimately minimizes both the noise and signal loss over the connectivity, with a potential secure data transmission of up to 4Gbps. What are the orientation options for connectors? PCB orientation is the relative position of two PCBs to be connected by BTB connectors. Here are some of the common orientations of BTB connectors: In order to cater various PCB orientations (Parallel, Horizontal, Perpendicular), board-to-board connectors have been developed in straight, right angle and U- shaped designs. How do we stack PCBs? Amid the trends of miniaturization, transitioning to light weight and high speed, designers often face many constraints, both mechanically, and electrically. Greenconn offers various solutions to accommodate all stacking options. Vertical - Parallel, Mezzanine - Both connectors are in a vertical orientation. This allows a PCB to be stacked on top of another, minimizing the surface area as a result. Horizontal - 180 Degree, Coplanar, Edge-to-Edge - Both connectors are in a horizontal orientation. From the design standpoint, this keeps the mating centerline low profile to the PCBs. Perpendicular - Motherboard to Daughterboard - Connectors are perpendicular to one another. This is commonly seen in hard drive applications where many "Daughterboards” are stacked onto one motherboard, allowing the data storage space to be efficiently expanded. Here are some advantages of stacking PCBs: The design can be modularized into smaller PCBs and the PCBs can be connected using BTB connectors later on during assembly. This not only improves the design process but also allows modifications to be made easily. From the assembly perspective, it can improve the manufacturability of the product, by operating with smaller PCBs rather than one large PCB. Overall, properly stacking PCBs in layers can enhance the EMC (Electromagnetic Compatibility) of the design. What are connector pitches? Connector Pitch is the measurement from the center of one contact to the center of the next contact. When a connector has multiple rows, the pitch in each row and the pitch between rows may be different. There are numerous factors for the hardware designer to consider when choosing the correct connector pitch: Space Constraints - The smaller the pitch, the smaller the automotive board to board connector can be. In addition, smaller pitch can offer a greater number of contacts within the same space. Electrical Parameter – Pitch size has a positive correlation to electrical specifications such as current rating and dielectric withstanding. Other Physical Constraints - Depending on the design, Greenconn offers numerous low-profile connector options across all pitches. We also accept customization requests. Greenconn’s board to board pcb connector are available in the following rows: Rows： Greenconn offers headers and recepticles in single, double, triple, and quadruple row configurations. Single and dual rows are popular choices, while triple and quadruple rows are offered in a smaller number of pitch and style options. What are the Connector Contact Materials and Plating? Base Material Our connectors typically use a copper alloy as the base material for their contacts (pins). However, different alloy materials offer various levels of conductivity performance and physical endurance. Here’s a comparison of the common base materials offered at Greenconn: Brass Lowest cost Good strength and spring properties Good conductor Phosphor Bronze High level of strength and conductivity Superior elasticity Excellent fatigue resistance Berylium Copper (Be-Cu) High level of strength and conductivity Highly expansive Plating

Minimum Order: 1 bags

Print & Embossed labels Product Description This is a kind of technology processing a part of labels with embossed and debossed. It can be widely used for many kinds of material. High quality molding and design is the keys of final labels appearance Features Mold with pressing Obvious embossed logo feeling Widely material processing Backing Directly sewing on fabric Velcro backing Iron or 3M backing Case Fabric embossing TPU inflation badge

Leather Puller Leather puller is zipper puller with leather material, a kind of classic puller using for mens wear, jackets, bags, etc., Product Description Processing way of logo: digital print, screen print, hot press, embossed, embroidery, metal, sewing line, hollow out etc., Shape: embroidery board, laser cutting, mold cut Eco friendly material Components PU, Suede, genuine leather, washed leather Application Menswear, jackets, outwear, bags, etc., Sample & Production Computer drawing 1-2days, Molding and sampling: 3-5 days Mass production 10-15 days

3D Embroidery Patch Product Description 3D embroidery is special technology with EVA filling, normally lettring, easy design is workable for 3D processing. Comparing with full embroidery, 3D embroidery can make the logo rich with design and high quality appearance. Features A variety of PMC colors Durable in all wash conditions High color fastness Half full embroidery, parts with 3D  Available Borders Laser cut- Commonly used on felt Merrowed border stitched overlock edge Commonly used on regular shape such as squares, circles, triangles, rectangles, and ovals Embroidered border Making at the same time with other embroidered part

Chenille Patch Chenille application for apparel is a kind of machine embroidery technology. Using chenille threads for patch, can be also mixed with normal embroidery. Soft hand feel patch Product Description Custom Chenille Patch Features ● Soft hand feel and good fastness ● Mixed with embroidery or only chenille ● Die cutting or laser ● OEKO-TEX 100 standard Available Base ● Felt, non woven linen ● No backing or iron glue backing Applications ● Kids clothing, fashion wear, bags, knits Sample & Production ● Computer drawing 1-2days, PDF, ai, .eps, .pdf, .jpg, .png, .psd, dst file ● Sample by machine 3-5 days, choosing threads, prepare backing, scheduling.

Sequin Patch Sequins application for apparel is a kind of machine embroidery technology. Basic raw material is sequins and thread. We can also use different print by front and back sequins showing pattern changes. Sequins patch is open used for fashion women clothing, fashion accessory(bags, hats). Product Description ● Fixed or reversed sequin ● Mixed with embroidery or just Sequin ● Sequins fastness high degree, pass wash test ● OEKO-TEX 100 standard Components ● Choosing Fabric-Cutting Panel, polyester felt, twill fabric, etc., ● Sequins, polyester threads

Jiamei Woven label is a made by machine and cutting. Woven label is not only used for clothing, also accessory, home textiles, home, pets supplies etc., The simplest label is only 2 colors of polyester threads. Woven Label Features Good color apperance and label soft hand feel. Easy sewing, easy processing 100% polyester threads 3-4 color fastness We produce custom woven labels, embroidery labels and other types of clothing labels. As a label manufacturer, we can provide services for preparing labels, custom label sizes, and custom label styles. You provide drawings , We produce and weave, and our labels include clothing labels such as headscarves, clothes labels, pants labels, etc.

Jiamei Screen print label is always shining products in brands. Flat printed labels are clean and fast, while thick printed labels are vibrant and textured. Combined with other process, a vivid label is borned. Screen Print Label Features Crisp and vibrant Available in many thickness Can be used on all background material Using screen print clothing labels is the ideal way to instantly beautify your T-shirts. They are an excellent alternative to custom screen print clothing labels. We relabeled the labels by removing the old labels and replacing them with screen print clothing labels. Say goodbye to traditional manufacturer labels and put screen print clothing labels on shirts and brands. Screen print clothing labels also eliminate the annoyance and itching of traditional labels, thereby providing additional comfort.

Heat Transfer Labels Heat transfer is a popular technology used for logos on fabric. Rubber/silicon/tpu transfer print is very common material used for clothing, recently, film transfer print is more and more popular for fashion clothing. Film transfer print match the colors richness with dazzling, gradient, changes, etc Heat Transfer Label Features Molding custom shape 2D or 3D, soft hand feel Fastness 4-5 Oeko-tex 100 certificates Jiamei Heat Transfer Labels, also known as "tag-less labels", are used when customers want to promote their brand without a large number of traditional woven labels. Use a heat press or iron to apply them directly to the clothes.

Using Rubber labels and Silicone labels and patches can enhance the look of your clothing and other products by adding dimension in the look and feel. Rubber materials are used for their durability, longevity and color stability. We produce PVC and Silicone labels not only for apparel and footwear companies, but also for the automobile and packaging industries.silicone in the lable offers a softer feel and is a more environmentally friendly material. Silicone Rubber Labels Featuers Soft and rubbery to the touch used for branding products of all types. Soft PVC Labels are especially good for outdoor products and clothing.silicone rubber labels are perfect for jeans, jackets, bags, footwear and other accessories, which usually need more unique brand identification methods than just woven labels. By adding a sewing channel on the labels, they are easy to sew onto any product, just as easy as attaching a label of any type. PMS colors can be matched to your design.

5 axis cnc machining service provided for the manufacturing of complicated geometrical parts for both metal and plastic. 5-axis One of the most cutting-edge methods accessible now is CNC machining. It uses subtractive machining to give part production a limitless range of options. Using this rapid machining services, workpieces are cut into the proper shapes and sizes using cutting tools that operate on five axes. 5 Axis CNC Machined Part 5 axis CNC machining is a process in which a CNC machine is capable of rotating around five different axes to produce complex and precise parts. This technology allows for greater flexibility and versatility in manufacturing compared to traditional 3 or 4 axis machining. The main feature of 5 axis CNC machining is the ability to produce parts with complex geometries and shapes that would be difficult or impossible to create with other methods. This is achieved by the ability of the CNC machine to rotate around five different axes, allowing for more intricate and precise movements. Additionally, 5 axis machining can produce parts with higher accuracy and repeatability compared to other methods. 5 axis CNC machining is used in a variety of industries including aerospace, automotive, medical, and consumer goods. It is particularly useful in applications where parts require intricate and complex designs, such as turbine blades, engine components, and prosthetic limbs. The advantages of 5 axis CNC machining include the ability to produce complex parts with high precision and accuracy, reduced setup times, increased productivity, and lower production costs. 5 axis machines can also produce parts with less waste and better surface finishes, which can reduce the need for additional finishing processes. This makes it a popular choice for companies looking to streamline their manufacturing process and improve their bottom line. Advances in 5 axis CNC machining technology have allowed for increased precision, faster production times, and improved efficiency. Some of the latest advancements include the use of real-time monitoring and control systems, advanced tooling options, and the integration of automation and robotics. These advancements have made 5 axis machining even more versatile and cost-effective, making it a popular choice for high-end manufacturing applications. There are many 5 axis cnc manufacturers, but we are one of the best choices for you. For the details of rapid prototyping services, contact us.

Minimum Order: 1 bags

4 axis cnc machining service provided for the prototype manufacturing of high precision and quality mechanical parts such as sprial shaft and gear as well as complex components for both metal and plastic. For your next 4-axis CNC milling job, team up with Fathom Precision's creative aerospace professionals. We are a dependable prototyping company of high- performance complicated aircraft components because to our extensive superalloy expertise and understanding of the aerospace industry. For your 4-axis milling needs, get in touch with us right now. 4 Axis CNC Machined Part A 4 axis CNC machined part refers to a component that has been produced using a CNC (Computer Numerical Control) machine that has the capability to rotate around four different axes. These machines are capable of producing parts with a high degree of precision and accuracy. The main feature of a 4 axis CNC machined part is its ability to be produced with a greater level of complexity and precision than other manufacturing processes. This is due to the ability of the CNC machine to rotate around four different axes, allowing for a more intricate design to be produced. Additionally, 4 axis CNC machines are often able to produce parts at a faster rate than other machines, which can make them a more cost-effective manufacturing solution. 4 axis CNC machined parts are used in a wide range of applications, including aerospace, automotive, medical devices, and electronics. They are often used in applications where a high degree of precision is required, such as in the production of complex shapes, intricate designs, and tight tolerances. Some of the main advantages of using 3 4 5 axis machining to produce parts include the ability to produce complex designs with a high degree of precision and accuracy, the ability to produce parts at a faster rate than other machines, and the ability to produce parts with a high level of consistency and repeatability. Additionally, CNC machining can often be more cost-effective than other manufacturing processes, especially for larger production runs. There are many 4 axis cnc machining suppliers, but we are one of the best choices for you. For 4 axis cnc price and the details of prototyping machining services, contact us.

Minimum Order: 1 bags