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Milford, United States
1-10 Employees
Tempron Products Corporation produces exceptionally high quality bonding / rubber bonding for demanding environments, and our expertise lies in bonding PTFE/TFM to rubber for diaphragms and seals. Tempron also possesses its own mixing facilities with one internal mixer, two mills and one mill calendar. Tempron has the capability to create custom rubber compounds for any of your specific requirements. Tempron Products Corporation was founded in 1959 by Herbert D. Process and Mold Design Tempron developed an innovative method of consistently manufacturing small and miniature rubber covered rollers with total indicator runouts of less than 0.002 of an inch. Here, Tempron is life testing a new integrated insert design for a 2" Air Operated Double diaphragm pump, consisting of PTFE with fabric reinforced rubber and bonded metal insert. We mold natural rubber as well as most synthetic rubbers, but specialize in the fluoroelastomers. We also offer design assistance and can make recommendations on material selection.
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Featured
Rubber to Metal Bonding
... Rubber to metal bonding, bonding to PTFE, Teflon, metal, plastic, and fabric for pump and valve diaphragms and seals. Tempron also custom manufactures thin all Teflon™/PTFE diaphragms and seals as well as composites exceeding the highest performance and quality standards set by our ...
Ontario, United States
51-100 Employees
1980
We are committed to being the most cost effective supplier of products and services that meet or exceed our customer’s expectations for Quality, Price, Innovation, Performance and Value. We are a leader in Aerospace fastener seals and complex molded products. We at PMR are dedicated to the pursuit of excellence and better quality of elastomer molding. Surh has over 40 years of experience and expertise in the rubber industry. From concept design to the final product, we can help engineer custom elastomer compounds and difficult to mold items. Custom formulations is one of the major services we provide. We can have a working “proto-part” and production mold in as fast as 6 weeks on most designs.
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Featured
Rubber to Metal Bonding
... Rubber to Metal Bonding – Precision MFG. & ...
Wichita, United States
1-10 Employees
2017
The Atlas Group is an industry leader in utilizing vertical integration and creating innovative best practices. The wide scope of capabilities encompassed by The Atlas Group's suite of companies provides a unique opportunity for start-to-finish service and a single-source customer experience. The Atlas Group manufactures key components for preferred aircraft across multiple industry categories.
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Featured
Metal Bonding
... Metal Bonding | Capabilities | The Atlas ...
Ladd, United States
11-50 Employees
We are aware of our impact in our customers’ communities and in the communities where our employees grew up, live and raise their families.Our community involvement includes contributions to, and participation in, a variety of organizations and functions such as schools, hospitals, nursing homes, local sport teams, university design projects, science fairs, young professional development, and many charity groups.We are proud to have several second and third generation employees, and our commitment to them and their families will continue for years to come. Wihtin our lab we are able to create the best formula needed for your specification. We are able to create up to 14 different patterns that will make your film more functional. We manufacture high performance products for a variety of markets. The original company, Chicago-based Joanna Western Mills, manufactured coated cloth products for the rubber industry and established working relationships with major tire, rubber and tape companies, some of them still going strong after more than a century.In 1958, Joanna Western Mills entered a joint venture with Phillips Petroleum to form the Phillips-Joanna Company, which specialized in the use of high density polyethylene plastic to produce cigarette-wrapping films. The Phillips-Joanna manufacturing facility was constructed in Ladd, Illinois and began production in 1959. As the correctable typewriter grew in popularity, the Phillips-Joanna product set a worldwide benchmark for correctable ribbons, as specified by equipment manufacturers and supply companies alike.On January 24, 2000, Tee Group Films, Inc. The company has expanded its manufacturing plant, added several new lines and has entered several new markets, including aerospace and construction and also develops new custom film products for niche applications.
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Featured
Metal Bonding Adhesive Films
... Metal Bonding Adhesive Films - Tee Group ...
Pásztó, Hungary
11-50 Employees
1938
With over 80+ years of experience on the field of industrial rubber production SIC Hungary is one of the leading rubber services group on the CE market. We serve a range of different industries with both standard and uniquely developed, high-quality rubber parts meeting industries’ highest requirements – always. Our philosophy is laid on a strong belief in technological development, a deep knowledge of our partners’ professional challenges and a detail-focused mindset. Thanks to our advanced and modern logistic methods we are able to provide continuous support to several multinational companies’ supply chains. When in comes to industrial rubber our knowledge and passion is at your service.
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Featured
Rubber to metal bonding
... To prevent unexpected expenses caused by ruined metal parts, most businesses use rubber-bonded metal. Bonding rubber to metal is a great challenge. It takes experience and proper technology. At SIC, rubber to metal bonding process is made by ...
Montvale, United States
51-100 Employees
1965
For people who demand precision, flexibility, and speed, COINING is the world leader in. In fact, we’re the largest Solder Preform manufacturer in the world. With a broad range of products, the most extensive library of preform dies in the industry about 15,000 different tools, and our very own COINING Labs to make custom alloys. COINING is the expert in electronic solutions and alloy customization. Our expertise drives faster product development, superior component design, and reliable performance in the most challenging environments.
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Featured
Metal Bonding Wire and Ribbon
... Metal Bonding Wire and ...
Mid Sussex, United Kingdom
11-50 Employees
1989
We are a research active company with a strong history of University-Industry research collaborations and in-house development expertise. Our products are used in a wide range of industrial sectors and we are also able to offer a high quality refurbishment service for a range of components. We manufacture a range of coupling types, including flexible couplings, coupling ball joint bushes, link arm assemblies and power take-off couplings. We manufacture a variety of products in this range, and also offer a refurbishment service for wheels, including those from tracked vehicles. Aegis Rubber Engineering Ltd is a leading UK rubber engineering company with expertise in the design and manufacture of high quality elastomer-based parts for noise and vibration isolation and control, shock protection and attenuation, misalignment, compliance and bearing. Established in 1989 by specialists in the field of rubber engineering, Aegis Rubber Engineering Ltd has been designing, developing and manufacturing parts for customers in the UK and worldwide for over 30 years. With full in-house design, engineering and testing services, we can provide bespoke product and tooling designs alongside our comprehensive range of rubber-to-metal bonded components. Our commitment to consistently high-quality products is underscored by our BS EN ISO 9001:2015 accreditation, reflecting our dedication to continual improvement and customer satisfaction through annual external audits.
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Featured
Spherical Bearings - Aegis Rubber Engineering
... Natural and synthetic rubber-to-metal bonding Specialists. Our products are used for: Noise and vibration isolation and control, Shock protection and attenuation, Misalignment, Compliance and ...
Santa Fe Springs, United States
11-50 Employees
1986
We are constantly researching the newest technologies and maintain the strict quality standards. Through our process, we are able to engineer quality into every part we make. We are committed to our customers, always supporting their needs, regardless of volume considerations. In 1986, RD Rubber Technology was founded on the principles of an intense commitment to our customers, suppliers and employees and an attention to quality that is second to none. This is what set us apart at the time and continues to be our mission to this day. Rubber molded components are incorporated into a wide range of products, applications, and industries from aerospace and defense to medical device equipment. Conventional machining provides fast, efficient machine setups and tooling changeovers and is ideal for producing low quantities. RD Rubber Technology has been leading the way by focusing on the demands of the industries that we serve and staying ahead of the curve.
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Featured
Rubber to Metal Bonding
... RD Rubber Technology provides its customers with precision solutions for rubber to metal bonding. RD Rubber uses both chemical and mechanical bonding techniques to mold rubber to a variety of ...
Harborough, United Kingdom
51-100 Employees
1894
At Harboro Rubber we utilise and invest in highly skilled and qualified employees in order to exceed customer expectations and to continue breaking the elastomeric technological boundaries. All our products are custom moulded to designs provided by, or developed with, our customers. Harboro supply full PPAP Level III submissions for all components with a complete dimensional study and capability data where required. Harboro supply to IATF:16949 requirements but are happy to work with customers to produce data to meet their specific needs. Discuss your needs and tailor our service to suit your specific requirements. Quality products and services that meet our customers' needs. As leading technical rubber moulders all our customers products are developed at our testing facility and fully equipped in-house laboratory by a team of highly skilled technicians and specialists. This gives us a competitive edge and makes the services we provide truly exceptional.
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Featured
Rubber to Metal Bonding
... Rubber moulders who are specialise in rubber to metal bonding of custom moulded parts. Extensive rubber insert & overmoulding service UK. ...
Birmingham, United Kingdom
51-100 Employees
1967
By building a team of experts and providing them with the best facilities in an atmosphere designed to promote excellence, Radshape makes it possible to combine speed of delivery with quality and value. Radshape Sheet Metal Limited | Shefford Road | Aston | Birmingham | B6 4PL. © Radshape Sheet Metal Limited 2023 All rights reserved | Privacy Policy | Terms & Conditions.
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Featured
Metal Bonding
... Metal bonding refers to the process of joining materials together through industrial-grade structural adhesives. Click to find out more. ...
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 Metal Bonding
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 170 |
| Amount of suitable service providers | 123 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1894 |
| Youngest suiting company | 2017 |
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Metal bonding refers to the process of joining two or more metal pieces together through various methods that create a strong, durable bond without the need for mechanical fasteners like screws or bolts. This technique is pivotal in several industries, including automotive, aerospace, and electronics, due to its ability to produce joints that are often stronger and more reliable than those created by traditional mechanical means. The methods employed in metal bonding include welding, soldering, brazing, and the use of adhesives, each chosen based on the specific requirements of the application, such as the types of metals being bonded, the expected load on the joint, and environmental conditions it will be exposed to. The role of metal bonding is critical in ensuring structural integrity, enhancing performance, and enabling the design flexibility of components and structures. For instance, in the aerospace industry, metal bonding is essential for creating lightweight structures that can withstand extreme stress and temperature variations, contributing significantly to fuel efficiency and overall aircraft performance. Similarly, in the electronics industry, it facilitates the miniaturization of components while ensuring reliable electrical connections. Thus, metal bonding is a cornerstone technology that supports innovation and efficiency across multiple sectors, underscoring its importance in modern manufacturing and engineering practices.
1. Enhanced Durability
Metal bonding offers superior durability compared to other forms of joining like welding or mechanical fastening. The bond created is uniform across the joining surface, distributing stress more evenly and reducing the likelihood of failure under load or over time. This makes it ideal for applications requiring long-lasting connections.
2. Improved Aesthetics
Unlike welding or bolting, metal bonding doesn't alter the surface of the materials in a visible way, ensuring a smooth and unblemished finish. This is particularly beneficial in consumer products or architectural applications where appearance is as important as functionality.
3. Versatility in Applications
Metal bonding can be used to join a wide variety of metals and even dissimilar materials, offering greater flexibility in design and engineering. This opens up possibilities for innovative uses in industries ranging from automotive to aerospace, where complex material combinations are common.
4. Cost-Effectiveness
The process of metal bonding, often requiring less energy and fewer materials than traditional joining methods, can result in significant cost savings. Additionally, the reduced need for mechanical fasteners and the ability to bond at room temperature further decrease production costs.
1. Material Compatibility
Ensure the supplier's bonding process is compatible with the specific metals you are working with. Different metals require different bonding techniques for durability and effectiveness.
2. Adhesive Quality
The quality of adhesives used in metal bonding is crucial. High-quality adhesives ensure strong, long-lasting bonds that can withstand environmental and operational stresses.
3. Process Expertise
Evaluate the supplier's expertise and experience in metal bonding processes. Experienced suppliers can provide valuable insights and solutions for complex bonding requirements.
4. Customization Capabilities
The ability to customize bonding processes and solutions according to specific project needs is essential. Look for suppliers that offer flexibility and innovation in their services.
5. Quality Assurance
Check for quality certifications and standards compliance (such as ISO) that demonstrate the supplier's commitment to delivering high-quality bonded products.
6. Turnaround Time
Consider the supplier's ability to meet your project timelines. Efficient turnaround times are critical to maintaining project schedules and costs.
7. Cost-Effectiveness
While quality should not be compromised, evaluating the cost-effectiveness of a supplier's services is important for budget considerations. Look for competitive pricing without sacrificing quality or reliability.
Metal bonding finds extensive applications in the aerospace industry, where it plays a crucial role in assembling aircraft components. This technique is employed to bond critical parts such as wing assemblies or fuselage structures, offering enhanced durability and resistance to extreme conditions. The reliability of metal bonding in ensuring lightweight yet robust assemblies makes it indispensable in aerospace design and manufacturing. In the automotive sector, metal bonding is pivotal in vehicle construction, particularly in joining lightweight materials to improve fuel efficiency and reduce emissions. Manufacturers leverage this method to attach aluminum panels, chassis components, and other metal parts, ensuring vehicles are both sturdy and lightweight. This application directly contributes to the innovation of safer, more economical, and environmentally friendly vehicles. The electronics industry also benefits from metal bonding, especially in the fabrication of components where thermal conductivity and electrical continuity are essential. It's used in the assembly of heat sinks, connectors, and circuit boards. This ensures effective heat dissipation and reliable electrical connections in devices, from consumer electronics to high-end computing systems. Construction and industrial machinery sectors utilize metal bonding for creating strong, durable joints in structures and equipment. It's particularly valuable in environments where welded joints may fail due to stress or corrosion. Metal bonding offers a versatile solution, enabling the construction of complex, resilient structures and machinery that withstand rigorous use and environmental challenges.
Metal bonding, a critical process in various industrial and technological applications, has achieved a Technology Readiness Level (TRL) that generally ranges between 7 to 9, depending on the specific technologies and materials involved. This high TRL reflects the mature state of metal bonding techniques, including adhesive bonding, thermal bonding, and mechanical fastening, which have been extensively validated through both demonstrations in operational environments and real-world applications. The advancement to such high TRLs is attributed to significant technical developments, such as the formulation of advanced adhesives that offer enhanced durability, resistance to environmental factors, and compatibility with a wide range of metal substrates. Additionally, innovations in surface preparation techniques have improved the reliability and strength of metal bonds, crucial for their performance in critical applications like aerospace, automotive, and construction. The integration of automation and precision engineering in the bonding process has further elevated the consistency and efficiency of metal bonding operations. These technical milestones have been supported by rigorous testing and quality assurance protocols, ensuring that metal bonding technologies meet stringent industry standards and regulatory requirements, thereby solidifying their status at the upper echelons of the TRL scale.
In the Short-Term, we anticipate advancements in adhesives and surface treatments that will enhance metal bonding processes. Innovations in epoxy, polyurethane, and silicone-based adhesives will offer stronger, more durable bonds suitable for a wider range of metals and environmental conditions. Surface treatments will become more environmentally friendly, moving away from hazardous chemicals to ensure safer, more sustainable manufacturing practices. The Mid-Term phase will likely see the integration of smart technologies in metal bonding applications. This includes the introduction of sensors within bonded joints to monitor health and predict failures, enabling preventive maintenance. Additionally, the development of self-healing adhesives, capable of automatically repairing minor damages, will significantly extend the lifespan of metal-bonded components. These advancements will find widespread applications in automotive, aerospace, and construction industries, enhancing both safety and reliability. In the Long-Term, we expect revolutionary breakthroughs in nanotechnology and material science to redefine metal bonding techniques. Nanoadhesives, with their ability to bond at the molecular level, will deliver unprecedented bonding strength and thermal stability. Furthermore, the exploration of new alloy compositions and bonding methods, powered by AI and machine learning algorithms, will facilitate the creation of lighter, stronger, and more corrosion-resistant metal bonds, opening new avenues for innovation in every sector reliant on metal bonding.
Some interesting questions that has been asked about the results you have just received for Metal Bonding
What are related technologies to Metal Bonding?
Based on our calculations related technologies to Metal Bonding are Industrial Electroplating, Industrial Filtration, Industrial Sintering, Industrial Extrusion, Industrial Handling
Which industries are mostly working on Metal Bonding?
The most represented industries which are working in Metal Bonding are Manufacturing, Commerce and Shopping, Science and Engineering, Transportation, Others
How does ensun find these Metal Bonding Companies?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
