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Taipei, Taiwan
1-10 Employees
2008
版權所有 © 2023 環球暢貨行銷股份有限公司. 保留所有權利。 未經授權，請勿抄襲翻拷 Consult & Design by Ready-Market.
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Plastic Electroplating Service Search Engine Marketing Case Study
... Ready-Market is an industrial electromechanical components manufacturer for Plastic Electroplating Service since 2008. ...
Logan City, Australia
251-500 Employees
2009
Free Shipping From AU On All Orders Over $30!! PTC SHOP is an Australian company with it’s headquaters and warehouse based in Brisbane, Queensland, Australia. With over 80 physical chian-stores of smartphone, tablet, and laptop repair service have been in operation for over a decade across Australia, we pride our team on having served more than 1.3 million happy customers online/offline. Subscribe to receive updates, access to exclusive deals, and more.
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Tough On Apple Watch Band Series Ultra Plastics Electroplating Iridescent
... Tough On Apple Watch Band Series Ultra Plastics Electroplating Iridesc – PTC Shop ...
Kaufbeuren, Germany
251-500 Employees
We develop and manufacture custom-fit component solutions in close cooperation with our customers.Our end-to-end value chain of toolmaking, injection moulding, electroplating and assembly is carried out under our own responsibility. We are proud to be able to make a small contribution to Lebenshilfe Ostallgäu-Kaufbeuren. Product development, toolmaking, injection moulding, electroplating and assembly under one responsibility and with a personal contact person. In application, galvanised plastic parts offer the possibility of underlining the value of a product with real metal and also enable excellent functional integration with low weight. Precision tools enable high product quality and efficient production. From simple 1K components to complex multi-K solutions, we manufacture components to the highest quality standards. The PVD process offers another way to expand your product range and convinces with precise and uniform coating on the desired surfaces. Our laser manufacturing is characterised by high precision, versatility, speed, clean machining and sophisticated automation capability.
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Market share Electroplating plants Electroplated plastic products and toolmaking Laser technology Plastic electroplating
... Market share Electroplating plants Electroplated plastic products and toolmaking Laser technology Plastic electroplating ...
Ningbo, China
11-50 Employees
At Three Bamboo, our mission is to reduce the plastic waste littered all over the world. Green Planet is our mission and renewable energy our vision. We are triggered by packaging that damages the planet because we’ve noticed the way our beaches and public places are littered by plastic that doesn’t disappear for hundreds of years. We are a group of innovative men and women from China striving to preserve the planet we all share. We are famed for our high-quality bamboo products because of the following reasons: ●Innovative: Our cosmetic packaging products like lipstick tube, roll on, spray bottle, cream jars, toothbrushes, and jars are novel items designed to cocoon your precious beauty products safely. We are ahead of our competitors for many reasons. Three Bamboo is a China-based cosmetics packaging manufacturer that creates products derived from the bamboo forests prevalent around China. From production to packaging and quality control, we work in a manner safe to the planet.
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Bamboo Foam Pump Supplier-ThreeBamboo
... Bamboo foam pump has a high consumption package ,it can replace some normal plastic or electroplating aluminum step by step, choose bamboo, choose sustainable package for our planet. ...
Yamunanagar, India
11-50 Employees
With missionary zeal and vision, ‘PRAGATI’ zeroed in on its targets and took up manufacturing of precision plastics and allied components of world class quality. We provide facilities of Modern Tool Room, Injection Moulding, Assembly, Electroplating and Painting – all under one roof. We are catering to industries as diverse as Automobiles, Electronics, Electricals, Telecom, Sanitary ware, Home appliances, Solar energy, Defence, Railways, Cosmetics, Packaging etc. To produce excellent quality products by motivated and determined group of people through use of latest technologies and employing best industry practices. To be a leading supplier of Plastic Injection Moulding components of various sizes and finish to suit industry needs and be a pioneer in deploying latest innovations and manufacturing standards in our facilities.
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Plastic parts manufacturer and chrome plating service
... We offer complete inhousemold & die manufacturing, plastic molding, assembly, electroplating facility and PU dome labels. We do worldwide delivery. ...
Minneapolis, United States
101-250 Employees
1993
Thus, the name… INCERTEC Quality and Delivery are givens. INCERTEC got its start as Spec Plating, a specialty plating company, metal finishing and engineering solutions company that was founded in Fridley, Minnesota — a suburb of the Twin Cities of Minneapolis and St. The company was renamed INCERTEC in April of 2011 to more accurately reflect our commitment to innovation and certifications. Our certifications set INCERTEC apart from other plating companies. INCERTEC is among the largest metal plating and finishing companies in North America. Our certifications set INCERTEC apart from other electroplating and anodizing companies. Out of the Minneapolis facility, INCERTEC serves the aerospace, defense, medical and other major industries. We routinely operate gold plating, nickel plating, specialty composites plating (or metalizing) and various anodizing lines out of this location.
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Plating on Plastic | Metal Coating Plastics | INCERTEC
... ELECTROPLATING PLASTIC ...
Adelaide, Australia
1-10 Employees
1986
Mondays to Saturdays - 9:00am till 4:00pm - 82 OG Road, Klemzig SA - Call us on 08 8266 5344.
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Oliveri Copenhagen CO22230CR Chrome Hand Shower With Bracket - Special – SA Appliance Warehouse
... Hand Shower With Bracket Special Order - Brand New in a Box Connections: G1/2 Female Materials: Brass / ABS Plastic Finish: Chrome (electroplating) Temperature rating (min-max): 1°C - 65°C Pressure rating: (min / max) 150 kPa - 500 kPa Shower head functions: Three spray functions ( ...
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E-Element 12 Key PBT Cherry MX Keycaps - Metallic Silver - أكسسوار لوح – Store 974 | ستور ٩٧٤
... Cherry MX, Khail, Gateron mechanical key switches compatible PBT Plastic,vacuum Electroplating surface standard keyboard ...
Rotherham, United Kingdom
1-10 Employees
2004
Established since 2004, Fast-PC is a small family run business based in South Yorkshire. With our professional knowledge of all products means we can offer our customers excellent quality items at great prices, delivered quickly with prompt family friendly customer service.
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for Xbox Series X | S Controller - Chrome LB RB Shoulder Button & Surr – Fast-PC
... Brand new Compatible replacement parts Chrome plated (*Sprayed plastic electroplating to give chrome effect) Fits official Microsoft Xbox Series S & ...
Howick, New Zealand
11-50 Employees
1976
While many companies have moved manufacturing overseas to save costs, at Stainless Engineering we believe that our success in a competitive industry is due to staying local to ensure swift response, and placing an emphasis on providing exemplary service and quality. Our highly skilled team of engineers and fabricators offer extensive experience in fabrication, design and development, project management and process engineering. The business focus has expanded to fabrication of stainless steel products for a wide range of industries, including food, beverage, dairying, chemical processing, and pharmaceuticals. Auckland manufacturers of stainless steel tanks & components.
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Stainless Steel Tank Design, Fabrication and Manufacture Auckland
... and food processing, wine and brewing, chemical and pharmaceutical, petrochemical and bio diesel, electroplating, plastics, paint, pulp and paper, rendering and waste water treatment. We can utilise a number of extra corrosion resistant, heat resistant or high strength materials such as ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Plastic Electroplating
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 11 |
| Amount of suitable service providers | 6 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1976 |
| Youngest suiting company | 2019 |
Plastic electroplating is a sophisticated chemical process that involves depositing a thin layer of metal onto a plastic substrate, enhancing its surface properties without compromising the inherent benefits of the plastic base. This process typically requires the plastic to undergo a series of treatments, including etching, sensitization, and activation, to make it conducive to metal adhesion. The primary metals used in this procedure are gold, silver, copper, nickel, and chromium, each selected for its specific properties, such as conductivity, reflectivity, or resistance to corrosion and wear. The versatility of plastic electroplating has led to its widespread application across various industries, including automotive, electronics, and consumer goods. In the automotive sector, it contributes to the production of durable, aesthetically pleasing components that withstand harsh environmental conditions. In electronics, it plays a critical role in ensuring conductivity and electromagnetic compatibility of components. Moreover, in the consumer goods industry, it adds value by enhancing the visual appeal and functional durability of products. The integration of metal and plastic through electroplating not only extends the lifespan of products but also offers innovative design possibilities, contributing significantly to advancements in manufacturing and product development.
1. Enhanced Durability
Plastic electroplating significantly improves the longevity and wear resistance of plastic components. By adding a metallic layer, it protects the plastic from physical damages like scratches and impacts, making it an ideal choice for high-use items.
2. Improved Aesthetics
The process allows for a variety of finishes, including glossy, matte, or textured, offering a metallic appearance to plastic items that is often more visually appealing than their plain counterparts. This aesthetic versatility is crucial for industries where the look of a product plays an essential role in consumer choice.
3. Increased Electrical Conductivity
Electroplating plastic with metals like copper or nickel enhances its electrical conductivity, making it suitable for electronic components. This is particularly beneficial in creating lightweight, cost-effective alternatives to fully metallic parts in electrical applications.
4. Cost Efficiency
Compared to using solid metal parts, plastic electroplating offers a cost-effective solution by combining the lightweight nature of plastics with the desirable properties of metals. This method reduces material and shipping costs, providing an economically attractive option for manufacturers.
While evaluating the different suppliers make sure to check the following criteria:
1. Quality Certifications
Ensure the supplier holds relevant quality certifications like ISO 9001, which demonstrates a commitment to industry standards and quality management practices.
2. Experience with Plastic Materials
It's crucial that the supplier has extensive experience with various plastic materials to ensure compatibility with the electroplating process, affecting the durability and quality of the finish.
3. Technology and Equipment
The supplier should employ the latest technology and equipment for electroplating to achieve high-quality finishes with precise control over thickness and uniformity.
4. Environmental Compliance
Confirm that the supplier follows stringent environmental regulations to minimize harmful emissions and waste, reflecting responsible manufacturing practices.
5. Customization Capabilities
The ability to customize finishes according to specific requirements is essential for tailoring the appearance and functionality of the plated components to your needs.
6. Turnaround Time and Scalability
Evaluate the supplier's ability to meet your deadlines and scale production up or down based on demand while maintaining quality and cost-effectiveness.
Plastic electroplating serves as a transformative technology in the automotive industry, primarily for enhancing the aesthetic appeal and durability of vehicle components. By depositing a thin layer of metal onto plastic substrates, manufacturers can produce lightweight yet robust parts like grilles, emblems, and trim pieces. This process not only offers a metallic finish to these components but also improves their resistance to corrosion and wear. In the realm of electronics, plastic electroplating is crucial for ensuring the reliability and performance of devices. It is applied in the manufacturing of connectors, switches, and other components where electrical conductivity is essential. The metal layer, often comprising copper or nickel, provides excellent electrical pathways, enhancing the component's functionality while maintaining the benefits of using lightweight plastic. The medical device industry benefits from plastic electroplating through the creation of equipment that meets both hygiene and durability standards. Instruments and casings for medical devices are often plated to obtain a surface that is both easy to sterilize and resistant to the harsh chemicals used in cleaning processes. Additionally, the electroplating process can be used to incorporate antimicrobial properties into surfaces, further ensuring patient safety. Each of these use cases highlights the versatility of plastic electroplating across industries, making it a valuable process for achieving both functional and aesthetic objectives.
Plastic electroplating, a method to deposit metals onto plastic substrates, is currently at a Technology Readiness Level (TRL) of 6. This stage is characterized by the technology demonstration in relevant environments, indicating that the basic technological components are integrated to a point that they can be realistically tested. The process has evolved from purely experimental stages (TRL 1-3), through validation in a laboratory setting (TRL 4-5), and now to TRL 6 due to advancements in both chemistry and process engineering. Key technical reasons for this positioning include the development of conductive primers which enable the electroplating process on non-conductive materials, and improvements in the adhesion of metal layers to plastic surfaces. These advancements have allowed for the successful application of metal layers on plastics, which are tested under conditions that closely mimic actual operational environments. However, the technology has not yet reached higher readiness levels due to challenges like ensuring consistent quality and durability of the plated layers across various types of plastics, and the need for further optimization to reduce costs and environmental impact. The current TRL reflects a critical phase where the process is proven to work outside of the lab, setting the stage for further refinement and wider adoption in industrial applications.
In the short-term, advancements in plastic electroplating are expected to focus on enhancing the adhesion quality and efficiency of the plating process. Innovations such as the development of more eco-friendly and efficient pre-treatment solutions are anticipated. These improvements aim to reduce environmental impact while ensuring a stronger bond between the metal layer and the plastic substrate, leading to more durable and reliable products. Moving into the mid-term, the industry is likely to witness the integration of automation and AI technologies in the electroplating process. This phase will see the use of smart systems that can adjust parameters in real-time for optimal plating quality, minimize defects, and increase throughput. Additionally, the exploration of new conductive materials for plating on plastics will enhance the functionality of electroplated components, making them suitable for a wider range of applications, including in the electronics and automotive sectors. Long-term advancements are expected to revolutionize plastic electroplating with the introduction of nanotechnology and advanced composite materials. These technologies will enable the creation of ultra-thin, highly conductive, and flexible metal layers on plastic substrates, opening up new possibilities for wearable technology and flexible electronics. Furthermore, the development of more sustainable plating methods, such as water-based processes or the use of biodegradable plastics, will address environmental concerns, marking a significant shift towards greener manufacturing practices in the industry.
