Metal NFC business cards

How Screen Printing Can Enhance Your NFC Metal Cards Screen printing is a technique that uses a mesh screen, ink, and a squeegee to transfer a stenciled design onto a flat surface. It can be used on metals with the appropriate inks to create stunning NFC metal cards. Screen printing involves creating a stencil on a fine mesh board and then pushing the ink through the stencil to imprint the design on the metal below.

Screen printing is ideal for creating vibrant colors and dark shades on your NFC metal cards. The ink or paint forms layers on top of the metal, giving the print a tactile and textured quality. You can choose from PANTONE or six spot colors to achieve the desired results on your metal labels or metal coasters. Screen printing can also make the metal more opaque and glossy, adding a unique and polished touch to your NFC metal cards.

Screen printing has many benefits over digital printing, especially for large-scale orders. It is more cost-effective, more durable, and more versatile. You can use screen printing on any type of metal, whether it is stainless steel or bare metal, flexible or soft, durable or hard. Screen printing can enhance your NFC metal cards with its superior quality and appearance.

Die Casting Metal NFC Business Cards Die casting is a metal casting method that involves forcing molten metal under high pressure into a cavity. The cavity is formed by two hardened tool steel dies that are shaped like the desired product. The dies act like an injection mold to create the mold cavity.

Die casting is suitable for mass production of similar products. For example, when you need to cast many components of the same type. By using high pressure during the casting process, you can achieve a high casting quality.

Die casting can also produce very thin (up to 1 mm) and lightweight components. Die casting is commonly used in the automotive industry to make parts such as manifold, wheels, cylinder heads, and more.

Die casting has many benefits over other casting methods, such as:

The components are strong, dimensionally stable, and have complex shapes within the specified dimensions.
The production rate is high with little or no machining required.
The components have thinner walls than those possible by other casting methods.
The components have better corrosion resistance than plastic injection moldings, especially for zinc castings.
The production cost is low due to mass production and minimal waste.
The components can have external threads or other features on them.
If you are looking for a reliable and professional manufacturer of die casting metal NFC business cards, you can trust RFID Tag Maker. We have the expertise and the equipment to produce high-quality die casting metal NFC business cards that can meet your needs and expectations. Contact us today and let us show you how we can help you with your die casting metal NFC business cards project.

CNC (Computer Numerical Control) devices use specialized tools to quickly and efficiently create products. With CNC cutting, an engineer creates a design based on what the customer wants using a software program like CorelDRAW or AutoCAD. After finalizing the drawing, you put a piece of metal or the desired material on the cutting surface. This process is usually used to create advanced products and shapes.

The computer sends a signal to the CNC machine, which then interprets the design. With a model that meets all requirements, the operator can handle different products. To cut, the tool moves back and forth and left and right along the axes while following the shape of the design. It offers perfect precision, providing many finishing options.
CNC cutting helps cut machined parts, as it is one of the best and most effective systems. Some of the most common materials that can use CNC for cutting are aluminum, steel, and composites.

CNC cutting is a powerful process that can help cut metals in sheets or as flat plates. Moreover, you can have square or round tubing. With CNC, you have options such as waterjet, plasma or laser. However, it depends on the style and type of metal that you want to cut. We tend to use an ultra-high precision technical knife with smooth and clean edges. It not only allows us to make customized shapes, but also lets us punch holes, and dig grooves on the surface of the metal.

Sandblasting is a surface treatment process that uses a powered machine to spray abrasive particles at high pressure onto a metal surface, thereby improving its texture and gloss. Usually, a sandblasting machine uses an air compressor to propel the abrasive particles, which can be sand or other materials, such as steel balls or glass beads. The abrasive particles hit the metal surface with sufficient force and frequency to remove any dirt, oil, rust or mill scale, and create a smooth and even finish. Sandblasting can also restore the metal to a different appearance or prepare it for painting.

Sandblasting is applied to custom metal NFC business cards because it enhances their quality and functionality. Sandblasting makes the metal surface smoother and more uniform, reducing any defects or irregularities. This improves the readability and durability of the nfc chip embedded in the card, as well as the aesthetic appeal of the card design. Sandblasting also allows for different effects and finishes, such as natural, brushed, mirror or textured, to suit different preferences and styles. Sandblasting is a fast and effective way to clean and polish the metal surface, making it more attractive and professional.

Etching is a highly precise process that is used at different stages of manufacturing to produce high accuracy metal parts. It is a subtractive manufacturing process that uses temperature controlled etching chemicals to remove selected materials from a metal sheet. This results in creating complex and detailed metal parts in any desired shape.

One of the most common forms of metal etching is acid-based etching. In this process, a metal sheet is covered with a waxy ground that acts as a mask, exposing only the areas that need to be etched. The mask protects the metal from the etching chemicals, while the exposed areas are dissolved by the acid, creating the required design.

Etching is applied to custom metal nfc business cards because it enhances their quality and functionality. Etching allows for creating intricate and elegant designs on the metal surface, as well as revealing the microstructure of the metal by removing the thin and deformed layer caused by grinding and polishing. Etching also enables the embedding of the nfc chip inside the metal card, making it more secure and durable.

Etching has many benefits over other methods of metal fabrication, such as stamping, laser cutting or waterjet cutting. Etching is a low-cost and effective method that does not cause any mechanical stress or material degradation to the metal parts. Etched parts have smoother surfaces and sharper edges, with no burrs or distortions. Etching can also handle any sheet of metal that is between 0.01 mm and 1.5 mm thick, and produce exact and uniform parts with high dimensional accuracy. Etching can also perform multi-level etching for creating three-dimensional features on the metal parts.

Laser engraving is a process that uses a laser beam to alter the appearance of a metal surface by vaporizing and removing some of the material. Unlike other conventional methods, the laser beam does not cause any physical contact or abrasion to the metal surface, but rather heats and melts the targeted area with high energy. This results in creating a permanent and smooth engraved mark on the metal.

Laser engraving is applied to custom metal nfc cards because it offers a versatile and efficient way to create customized and elegant designs on the metal surface. It is especially suitable for ferrous metal cards, such as stainless steel or iron. Laser engraving can also create subtle changes in the color or texture of the metal surface, such as creating a contrast between the shiny and matte areas, or revealing the underlying layer of the metal. Laser engraving can also be used for various purposes, such as artistic expression, medical devices, jewelry or nameplates.

Laser engraving has many advantages over other methods of metal fabrication, such as etching, stamping or cutting. Laser engraving can work with a wide range of materials and depths, depending on the power and duration of the laser beam. Laser engraving is also a fast and precise process that does not produce any waste or debris, as the exposed material simply vaporizes. Laser engraving also does not cause any damage or distortion to the metal surface, as it does not involve any mechanical stress or friction.

Anodizing is an electrolytic process that creates thick oxide coatings on aluminum and its alloys. The oxide layer is usually 5 to 30 µm thick and provides enhanced surface protection from wear and corrosion. The anodic oxide structure is formed from the aluminum substrate and consists of aluminum oxide.

Anodizing is not a coating that is applied to the aluminum surface, but rather a process that transforms the aluminum surface into an oxide layer. This makes it more durable and resistant to peeling or chipping. It also has a highly ordered and porous structure that allows for sealing or coloring.

Anodizing is mainly used to improve the corrosion resistance of certain types of aluminum alloys that are exposed to water or marine environments. For example, anodizing is a step in the process of making ship hulls, dock components, and oil rig structures.

Anodizing also helps in abrasion control. Unanodized aluminum is a relatively soft material compared to steel or titanium. Anodizing increases the hardness and wear resistance of the aluminum surface, making it more suitable for various applications.

Anodizing is applied to custom metal NFC business cards because it offers a versatile and efficient way to create high-quality and attractive metal cards. Anodizing enhances the durability and functionality of the metal cards, as well as their aesthetic appeal. Anodizing can also create different effects and colors on the metal surface, such as matte, glossy, or metallic.