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+86 135-5470-8126

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Sales@nkeyto.com

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13th Building, 202, Dawangshan Second Industrial Zone, Dawangshan Community, Shajing Street, Bao'an District, Shenzhen, Guangdong Province

Tearable Gasket/Gasket/ Customizable Orders / Factory Direct Supply / Precision Etching

Vibration Spring Leaf / Precision Etching / Customizable / Direct Factory Shipping Vibration spring sheets are thin, spring-like components widely used in various industries such as automotive, home appliances, electronic devices, machinery, aerospace, and medical equipment. Their main function is to regulate, transmit, or suppress vibrations, improving the performance and comfort of equipment. By selecting the appropriate materials and design, vibration spring sheets can effectively enhance the stability, durability, and reliability of equipment. For example, in speakers, vibration spring sheets can control sound quality and vibration characteristics to improve audio performance. High Elasticity Able to quickly return to its original shape, suitable for repetitive load applications. High Stability Exhibits good adaptability to external vibrations and temperature changes. Good Shock Resistance Very effective in environments where shock or vibration isolation is needed. Precise Size Due to their thin shape, they fit in tight spaces and can be designed flexibly, with different sizes, shapes, and hardness levels available upon request. Versatility Besides vibration damping, vibration spring sheets can also be used for energy absorption, vibration regulation, and other functions.

Custom Stainless Steel Gaskets /Customizable Products/Factory Direct/‌Precision Size Control

Etching Stainless Steel Flat Heating Element /Customizable Products/Factory Direct/‌Precision Size Control

Metal Etched Heating Wire / Precision Etching / Customizable / Direct Factory Shipping Metal etched heating wire is manufactured using precision etching technology, primarily used in various heating devices. We offer custom services, allowing us to process heating wires in different shapes, sizes, material thicknesses, and specifications as per customer requirements. Materials: Nickel-Chromium Alloy (NiCr): Known for its excellent resistance characteristics and high-temperature performance, commonly used in general electric heating devices. Iron-Chromium-Aluminum Alloy (FeCrAl): Suitable for high-temperature applications, featuring higher resistivity and better heat resistance. Stainless Steel: Suitable for low to medium-temperature heating applications, offering excellent corrosion resistance. Manufacturing Process: The metal etched heating wire is produced using advanced precision etching technology, where unnecessary parts of the metal surface are removed through a chemical reaction, leaving the required heating wire structure. The etching process features the following advantages: High Precision: Capable of processing micron-level details, ensuring uniformity and stability of the heating wire. No Heat Deformation: Unlike traditional heating processes, etching avoids heat deformation issues, ensuring material properties and dimensional accuracy. Mass Production: Suitable for large-scale production, ensuring consistency and stability between batches.

Stainless Steel Etched Heating Wire /Customizable Products/Factory Direct/‌Material Options Available

Metal Resistance Wire / Precision Etching / Customizable / Direct Factory Shipping Our metal etching resistance wire is manufactured using advanced etching technology, offering precise resistance characteristics and excellent high-temperature performance. It is widely used in resistive heating devices, heating elements, temperature controllers, and other electronic equipment. We offer comprehensive custom processing services, capable of producing various shapes, sizes, material thicknesses, and resistance specifications based on customer requirements. Material: Nickel-Chromium Alloy (NiCr): Known for stable resistance properties and high-temperature resistance, suitable for general resistive heating devices. Iron-Chromium-Aluminum Alloy (FeCrAl): Ideal for high-temperature applications, providing higher resistivity and enhanced heat resistance. Copper Alloy (Cu-Alloy): Suitable for low-temperature applications, with stable resistance, commonly used in low-power electronic devices. Stainless Steel: Offers good resistance and corrosion resistance, suitable for medium-to-low temperature range resistive elements. Manufacturing Process: The metal resistance wire is made through a precision etching process, which chemically removes unnecessary metal parts while preserving the essential structure of the resistance wire. The etching process provides the following advantages: High Precision: Capable of achieving micron-level fine processing, ensuring uniformity and stability of the resistance wire. No Thermal Deformation: Avoids the thermal deformation problems associated with traditional heating processes, ensuring the resistance wire's performance and dimensional accuracy. Mass Production: Suitable for large-scale manufacturing, ensuring consistency and stability across batches. Customized Production: We offer custom resistance wire production according to customer needs, adaptable to different application scenarios.

laser cut metal model kits /Customizable Products/Factory Direct

Automobile, Aircraft, and Architectural Model Etching Sheets / Precision Etching / Customizable / Factory Direct We use precision etching technology to manufacture etching sheets for automobile and aircraft models. The fine design and high-precision processing ensure that every detail is accurately represented. We support customization, offering different materials, sizes, shapes, and thicknesses of etching sheets according to customer requirements, meeting various model design needs. Materials: Stainless Steel: Suitable for models requiring high corrosion resistance and strength, often used for external details. Brass: Offers good machinability and oxidation resistance, ideal for models with complex details. Aluminum Alloy: Lightweight, suitable for lightweight models, offering good strength and hardness. Production Process Introduction: The precision etching process uses chemical reactions to remove unwanted metal parts while carefully preserving patterns, shapes, and details. The advantages of the etching process are as follows: High Precision: Capable of fine processing at the micron level, ensuring accuracy in the shape, aperture, and dimensional precision of the etching sheets. No Thermal Deformation: Avoids the thermal deformation issues of traditional processing methods, ensuring precision. Mass Production: Suitable for large-scale production, ensuring consistency and stability. Burr Control: Advanced techniques are employed to effectively remove burrs, ensuring smooth product surfaces. Production Standards: Shape and Size: Customizable to various shapes such as circles, rectangles, irregular shapes, grids, etc. Size ranges from micron to millimeter scale. Error Control: Thickness error controlled within ±0.05mm, aperture and hole spacing error controlled within ±0.1mm. Smoothness: After surface treatment, the product’s surface is smooth, with no noticeable roughness. Open Area: Customized according to customer needs, generally ranging from 30% to 80%. Burr Control: After the etching process, burrs are finely removed to ensure smooth edges.

Stainless steel Flap Check Valve plate / Customizable Products/Factory Direct/‌Precision Size Control

Metal Membranes / Precision Etching / Customizable / Direct Factory Shipping We use advanced etching technology to produce metal membranes, offering customization options based on customer needs. Our products come in a variety of materials, shapes, sizes, and thicknesses to meet diverse application requirements. With high precision, excellent durability, and reliability, we are dedicated to delivering the best products. Materials: Stainless Steel: Ideal for applications requiring high corrosion resistance and strength, commonly used in high-temperature and corrosive environments. Copper Alloy: Known for its excellent electrical and thermal conductivity, commonly used for electronic components and battery connectors. Brass: Offers good machinability and oxidation resistance, often used in detailed membrane components. Aluminum Alloy: Lightweight and strong, suitable for applications that require reduced weight. Production Process: Our metal etching membranes are produced using precision etching technology, which removes excess metal through chemical corrosion while retaining the desired pattern and shape. This process has the following advantages: High Precision: Enables the fine processing of micron-level details, ensuring accurate membrane dimensions, hole diameters, and shapes. No Heat Distortion: Unlike traditional cutting processes, etching avoids thermal deformation, ensuring precision. Mass Production: Suitable for large-scale manufacturing, ensuring consistent and stable product quality. Deburring Control: Advanced deburring processes are used to ensure smooth edges and surfaces.

Fork Contact Electrodes/ Micro Fork Electrodes/Customizable Products/Factory Direct

Product Description: Etched Fork Electrode / Precision Etching / Customizable / Direct from Factory We utilize advanced etching technology to provide high-precision fork electrodes. These fork electrodes are widely used in fields such as semiconductors, electronic components, touch screens, sensors, and more. Our fork electrode products can be customized based on customer requirements, offering various sizes, shapes, thicknesses, and hole densities. With our fine manufacturing processes, we ensure each electrode’s shape and dimensions meet high standards to meet rigorous application requirements. Stainless Steel: Suitable for applications requiring high strength and corrosion resistance, commonly used in high-temperature and corrosive environments. Copper Alloy: Provides excellent electrical conductivity, ideal for electronic components and high-frequency current applications. Brass: Known for good electrical conductivity and ease of machining, commonly used in precision electronic components. Aluminum Alloy: Lightweight with high strength, ideal for applications requiring both lightness and high conductivity. Manufacturing Process: The fork electrodes are produced using precision etching technology, where chemical etching removes unwanted metal parts while carefully retaining the design pattern. This process offers the following features: High Precision: Capable of processing micron-level details, ensuring precise shapes and hole diameters of the fork electrodes. No Heat Deformation: Unlike traditional mechanical machining, the etching process avoids heat deformation, ensuring product stability and consistency. Mass Production: Suitable for large-scale production, ensuring consistency across batches. Burr Control: Advanced deburring processes ensure smooth, burr-free surfaces for the electrodes. Hole Accuracy: The hole diameter control is highly precise to meet different hole size requirements.

Metal Etched Spring Contacts / Etched Contact Discs / Precision Spring Contacts / Etched Spring Contact Sheets

Metal Spring Contacts / Precision Etching / Custom Manufacturing / Factory Direct Shipping We employ advanced etching technology to provide customers with high-precision and durable spring contact products. Metal etching spring contacts are widely used in industries such as electronic components, automotive, home appliances, and more. They are especially suitable for applications requiring high precision, strength, and durability. Our products are customizable to meet different sizes, shapes, thicknesses, and hole rates, ensuring high quality. Material: Stainless Steel: Suitable for high-temperature and corrosive environments, and applications requiring high elasticity and durability. Copper Alloy: Provides excellent electrical conductivity, ideal for electronic components and high-frequency current applications. Brass: Offers good machinability and elasticity, commonly used in precision contact parts. Aluminum Alloy: Lightweight with high strength, suitable for applications requiring lightweight and high conductivity. Manufacturing Process: Metal etching spring contacts are produced using a precision etching process. This process uses chemical etching to remove unnecessary metal and finely retain the desired shapes and apertures. The process offers the following advantages: High Precision: Capable of processing micron-level details to ensure that the size, aperture, shape, and hole accuracy of the spring contacts meet design specifications. No Thermal Deformation: Avoids thermal deformation seen in traditional machining, ensuring product consistency and stability. Mass Production: Suitable for large-volume production, ensuring stable quality across batches. Burr Control: Advanced burr removal processes ensure smooth edges without burrs. Accuracy Control: Aperture and pitch deviations can be controlled within ±0.1mm, ensuring precise hole effects.

Stainless Steel Etching Template for Medical Devices/Customizable Products/Factory Direct/Material Options Available

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Shenzhen Nkeyto Precision Hardware Co., Ltd. is a factory specializing in precision hardware processing, committed to providing customers with high-quality products and services.‌We look forward to working with you.

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E-mail: Sales@nkeyto.com

Tel: +86 135-5470-8126

Add: 13th Building, 202, Dawangshan Second Industrial Zone, Dawangshan Community, Shajing Street, Bao'an District, Shenzhen, Guangdong Province

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