The document discusses adhesive bonding as an alternative joining method to welding, soldering, mechanical fasteners, and other techniques. It covers bonding theory, surface treatment methods, adhesive types, design considerations, examples of bonding applications, and trends in the industry. Success in bonding projects requires close collaboration between the customer, adhesive manufacturer, and equipment suppliers from the initial design phase.
Cours de mat辿riaux
Chapitre 1, 2 , 3 et 4
1- Pr辿ambule Notions g辿n辿rales
2- Liaisons atomiques Coh辿sion et propri辿t辿s des solides
3- Propri辿t辿s m辿caniques
4- Equilibres de phases et Thermodynamique des solides
"Utilizing UV Curing in Decorating Plastic Substrates 101" presented by Steve Hatkevich, Director of R&D, American Trim LLC at RadTech UV & EB Technology Expo & Conference 2014. To learn more about UV & EB curing, visit http://www.radtech.org.
Rubber to metal bonding- case studies and trouble shooting 3.pdfkolkatarpranab
油
This document discusses rubber to metal bonding, including:
1) The introduction discusses rubber metal composites being made of metal parts, adhesive primer, adhesive topcoat, and rubber compound bonded together.
2) Surface preparation methods and parameters for bonding are covered, including mechanical grit blasting, chemical phosphatization, and quality control processes.
3) Adhesion theories like mechanical interlocking, electrostatic, and diffusion theories are summarized.
4) Factors for successful bonding like surface preparation, adhesive selection, compound selection, and molding are outlined.
In aviation passive anti-icing coatings remain interesting, to reduce energy demand and service disruption caused by active anti-icing and de-icing procedures. This is reflected by the active market and research in this domain. Beyond that, icing effects many more sectors, such as heat exchangers, wind turbines, and antennas. Passive anti-icing coatings are coatings, which exhibit at least one of the following effects: (1) to repel incoming water droplets, (2) to delay ice nucleation and (3) to lower ice-solid adhesion strength. Aerospace & Advanced Composites GmbH offers passive and active anti-icing coatings and solutions. Furthermore, we have specialized on testing and charactering anti-icing coatings. This includes rapid ice adhesion determination, artificial accelerated weathering, surface characterization and operational exposure simulation.
The document discusses dentin bonding agents and adhesion to tooth structures. It begins with an introduction on the history and advantages of adhesive dentistry. It then discusses the composition and structure of enamel and dentin, and how adhesion occurs to each. For enamel, acid etching is used to condition the surface and increase bonding. For dentin, multiple generations of dentin bonding agents have been developed to facilitate adhesion. The document covers topics like mechanisms of bonding, classifications of agents, and challenges of the bonding procedure.
This document provides an overview of composite resins, including their composition, classification, performance factors, and clinical applications and considerations. It discusses the organic resin matrix and inorganic filler particles that make up composite, how they are classified based on filler size and type, and factors that influence their performance such as polymerization shrinkage and wear resistance. The document reviews the history of composites and their development over time. It also outlines the indications and contraindications for composite use as well as the advantages and disadvantages.
As the oil and gas market moves towards new corrosion-resistant materials and alloys, specifying products has become increasingly complex.
When no single material performs well in every application, how can specifiers determine the best fit for a project? And what can be done to predict the expected service life of a component?
This technical seminar, run by Parker on its stand at the major oil and gas event Offshore Europe 2017, looks at:
Common types of corrosion and their triggers
Key factors to consider when selecting materials for a project
Different manufacturer perspectives and the science behind their arguments
Risks associated with mixing dissimilar materials.
About Clara Moyanno: As an innovation engineer and expert metallurgist working across the globe, Ms. Moyanno, innovation engineer with Parker Hannifin, deals with all sorts of challenges. She is often involved in discussions on materials selection, including advice to oil and gas producers working on new platforms around the world.
Clara specializes in areas such as tackling corrosion, and materials selection for design specifications. She also advises on quality certifications and regulations around the manufacturing of metals.
Learn more http://parker.com/ipd
This document discusses the fabrication of microfluidic devices. It begins by describing typical geometric features such as microchannels, reservoirs, and fluidic connections. It then discusses the effects of geometric characteristics like profile, resolution, aspect ratio, and surface roughness on the design and fabrication process. Next, it covers common materials used like glass, thermoplastics, and elastomers as well as considerations for choosing between them. The document proceeds to explain fabrication techniques including photolithography, wet etching, micromilling, laser ablation, and replication methods. It concludes by comparing these techniques and providing a cost comparison.
This document discusses potential applications of synthetic biology for developing novel transparent materials and adhesives/interlayer materials. It notes that new materials could help address issues like moisture degradation, delamination, and reducing costs. The document outlines challenges with current materials and desirable properties for new solutions. It provides details on a competition seeking proposals for using synthetic biology to create novel transparent materials or adhesives/interlayers, noting what is and isn't desired in submissions. Overall the document scopes opportunities for synthetic biology to enhance transparent materials for defense applications.
This document summarizes a seminar on advances in tribology presented by Apurv Verma. It discusses topics such as friction, lubrication, wear mechanisms, types of motion, tribology applications in piston rings and cylinder liners, recent developments like soybean oil and PVD coatings as lubricants, tribology concerns in MEMS devices, and the economic impacts of tribology research. Application areas covered include integrated circuits, sensors, catalysts, micromachines, and more.
Recent advances in orthodontic materials 8th ios-pgsc /certified fixed orth...Indian dental academy
油
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
0091-9248678078
Recent advances in orthodontic materials /certified fixed orthodontic cours...Indian dental academy
油
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
0091-9248678078
Plastic Bending is a nonlinear behavior particular to members made of ductil...CatherineAnnTuazon2
油
Plastic Bending is a nonlinear behavior particular
to members made of ductile
materials that frequently achieve
much greater ultimate bending
strength than indicated by a linear
elastic bending analysis.
The document provides guidelines for laser plastic welding of absorptive polymers. It discusses four key pillars for this welding method: 1) The upper layer must be infrared transparent to allow laser energy to pass through, with a transmission rate of at least 5%. 2) The lower layer must absorb infrared laser energy, typically through doping with carbon black. 3) Tight mechanical contact between the layers is critical for heat transfer and mixing during welding. 4) Welding like polymers is generally best but some different polymers can be welded together if criteria 1-3 are met. The document provides information on materials, joint design, clamping, beam properties and more to educate engineers on laser plastic welding design.
This document provides information on plastic materials including common terms, equations, and properties. It defines plastics as long molecular chains derived from petroleum that can be shaped and molded. The building blocks that make up different plastics, such as ethylene and propylene, determine the polymer. Molecular weight, additives, crystallinity, and processing temperature all impact plastic properties. Molecular weight particularly influences strength, toughness, and viscosity as it ranges from 10,000 to over 1,000,000. Additives and reinforcements like glass fibers are used to modify properties.
"Utilizing UV Curing in Decorating Plastic Substrates 101" presented by Steve Hatkevich, Director of R&D, American Trim LLC at RadTech UV & EB Technology Expo & Conference 2014. To learn more about UV & EB curing, visit http://www.radtech.org.
Rubber to metal bonding- case studies and trouble shooting 3.pdfkolkatarpranab
油
This document discusses rubber to metal bonding, including:
1) The introduction discusses rubber metal composites being made of metal parts, adhesive primer, adhesive topcoat, and rubber compound bonded together.
2) Surface preparation methods and parameters for bonding are covered, including mechanical grit blasting, chemical phosphatization, and quality control processes.
3) Adhesion theories like mechanical interlocking, electrostatic, and diffusion theories are summarized.
4) Factors for successful bonding like surface preparation, adhesive selection, compound selection, and molding are outlined.
In aviation passive anti-icing coatings remain interesting, to reduce energy demand and service disruption caused by active anti-icing and de-icing procedures. This is reflected by the active market and research in this domain. Beyond that, icing effects many more sectors, such as heat exchangers, wind turbines, and antennas. Passive anti-icing coatings are coatings, which exhibit at least one of the following effects: (1) to repel incoming water droplets, (2) to delay ice nucleation and (3) to lower ice-solid adhesion strength. Aerospace & Advanced Composites GmbH offers passive and active anti-icing coatings and solutions. Furthermore, we have specialized on testing and charactering anti-icing coatings. This includes rapid ice adhesion determination, artificial accelerated weathering, surface characterization and operational exposure simulation.
The document discusses dentin bonding agents and adhesion to tooth structures. It begins with an introduction on the history and advantages of adhesive dentistry. It then discusses the composition and structure of enamel and dentin, and how adhesion occurs to each. For enamel, acid etching is used to condition the surface and increase bonding. For dentin, multiple generations of dentin bonding agents have been developed to facilitate adhesion. The document covers topics like mechanisms of bonding, classifications of agents, and challenges of the bonding procedure.
This document provides an overview of composite resins, including their composition, classification, performance factors, and clinical applications and considerations. It discusses the organic resin matrix and inorganic filler particles that make up composite, how they are classified based on filler size and type, and factors that influence their performance such as polymerization shrinkage and wear resistance. The document reviews the history of composites and their development over time. It also outlines the indications and contraindications for composite use as well as the advantages and disadvantages.
As the oil and gas market moves towards new corrosion-resistant materials and alloys, specifying products has become increasingly complex.
When no single material performs well in every application, how can specifiers determine the best fit for a project? And what can be done to predict the expected service life of a component?
This technical seminar, run by Parker on its stand at the major oil and gas event Offshore Europe 2017, looks at:
Common types of corrosion and their triggers
Key factors to consider when selecting materials for a project
Different manufacturer perspectives and the science behind their arguments
Risks associated with mixing dissimilar materials.
About Clara Moyanno: As an innovation engineer and expert metallurgist working across the globe, Ms. Moyanno, innovation engineer with Parker Hannifin, deals with all sorts of challenges. She is often involved in discussions on materials selection, including advice to oil and gas producers working on new platforms around the world.
Clara specializes in areas such as tackling corrosion, and materials selection for design specifications. She also advises on quality certifications and regulations around the manufacturing of metals.
Learn more http://parker.com/ipd
This document discusses the fabrication of microfluidic devices. It begins by describing typical geometric features such as microchannels, reservoirs, and fluidic connections. It then discusses the effects of geometric characteristics like profile, resolution, aspect ratio, and surface roughness on the design and fabrication process. Next, it covers common materials used like glass, thermoplastics, and elastomers as well as considerations for choosing between them. The document proceeds to explain fabrication techniques including photolithography, wet etching, micromilling, laser ablation, and replication methods. It concludes by comparing these techniques and providing a cost comparison.
This document discusses potential applications of synthetic biology for developing novel transparent materials and adhesives/interlayer materials. It notes that new materials could help address issues like moisture degradation, delamination, and reducing costs. The document outlines challenges with current materials and desirable properties for new solutions. It provides details on a competition seeking proposals for using synthetic biology to create novel transparent materials or adhesives/interlayers, noting what is and isn't desired in submissions. Overall the document scopes opportunities for synthetic biology to enhance transparent materials for defense applications.
This document summarizes a seminar on advances in tribology presented by Apurv Verma. It discusses topics such as friction, lubrication, wear mechanisms, types of motion, tribology applications in piston rings and cylinder liners, recent developments like soybean oil and PVD coatings as lubricants, tribology concerns in MEMS devices, and the economic impacts of tribology research. Application areas covered include integrated circuits, sensors, catalysts, micromachines, and more.
Recent advances in orthodontic materials 8th ios-pgsc /certified fixed orth...Indian dental academy
油
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
0091-9248678078
Recent advances in orthodontic materials /certified fixed orthodontic cours...Indian dental academy
油
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
0091-9248678078
Plastic Bending is a nonlinear behavior particular to members made of ductil...CatherineAnnTuazon2
油
Plastic Bending is a nonlinear behavior particular
to members made of ductile
materials that frequently achieve
much greater ultimate bending
strength than indicated by a linear
elastic bending analysis.
The document provides guidelines for laser plastic welding of absorptive polymers. It discusses four key pillars for this welding method: 1) The upper layer must be infrared transparent to allow laser energy to pass through, with a transmission rate of at least 5%. 2) The lower layer must absorb infrared laser energy, typically through doping with carbon black. 3) Tight mechanical contact between the layers is critical for heat transfer and mixing during welding. 4) Welding like polymers is generally best but some different polymers can be welded together if criteria 1-3 are met. The document provides information on materials, joint design, clamping, beam properties and more to educate engineers on laser plastic welding design.
This document provides information on plastic materials including common terms, equations, and properties. It defines plastics as long molecular chains derived from petroleum that can be shaped and molded. The building blocks that make up different plastics, such as ethylene and propylene, determine the polymer. Molecular weight, additives, crystallinity, and processing temperature all impact plastic properties. Molecular weight particularly influences strength, toughness, and viscosity as it ranges from 10,000 to over 1,000,000. Additives and reinforcements like glass fibers are used to modify properties.
The document provides an overview of 3M's Industrial Adhesives & Tapes Division product training in March 2022. It introduces Hon Kong CHOW, an application engineering specialist, and details his background and experience. It then provides an overview of IATD, including its global presence and product portfolio. The remainder of the document covers topics related to structural adhesives technologies, including bonding fundamentals, adhesive types, competitors, and key terms.
Training basic (nx power_lite)_india_20111115 (2)Hitesh Ninawe
油
This document provides information about shoe adhesive training. It discusses the theory of adhesion, classification of shoe adhesives, and types of bonding failure. It also covers standard operating procedures for stockfitting and assembly. The document defines key terms related to adhesives and explains how different types of adhesives work, including solvent-based, water-based, and hot melt adhesives. It classifies common shoe adhesives such as CR, PU, acrylic, and hot melt and provides examples of Henkel products for each type.
This document summarizes research on developing protective coatings for polymeric glazing in vehicles using atmospheric plasma deposition. The coatings aim to improve adhesion, scratch resistance, and UV absorption. Different organic precursors were tested to create coatings with varying carbon content and properties. Dual precursor coatings showed the highest adhesion and deposition rate. Spray coating and plasma deposition methods were evaluated. The goal is to enable lighter weight vehicles through use of polymeric glazing while protecting it with coatings that meet industry standards for durability.
Extreme Materials: Robust Performance from Cable to Connector White Paper S...NorthwireCable
油
Aggregating decades of interconnectivity knowledge, Northwire, Inc. (NWI) along with its partner The LEMO Group, has released Part IV of their Extreme Environments, Complex Requirements white paper series, titled Extreme Materials: Robust Performance from Cable to Connector.
The document discusses achieving reliable micro interconnections with long lifetime expectations. It describes common failure mechanisms for solder and adhesive micro interconnects, such as fatigue, creep, corrosion and brittle fracture. It also discusses how to improve interconnect design through careful material selection, understanding failure mechanisms, analyzing stress conditions, improving product design with modeling, and exploring new technologies like laser-induced forward transfer. The goal is to create systems with enhanced lifetimes through optimized interconnect design and technology.
Benjamin Mehlmann - Fraunhofer InstituteThemadagen
油
This document discusses laser micro joining processes and applications in research and development. It outlines laser beam sources and beam manipulation strategies used for micro joining applications in energy storage, electronics, and lightweight construction. Current approaches in research include welding copper with spatial and temporal power modulation to increase weld depth and quality. Developments aim to enable precision melt engineering through dynamic beam manipulation and modeling of laser micro joining processes.
This document discusses organic photovoltaic (OPV) technology and the Solliance OPV Program. The program aims to develop a complete technology toolbox for OPV to improve efficiency, lifetime, and lower costs. Current status shows efficiencies over 10% in the lab but lower efficiencies in modules. The program focuses on both solution processing and evaporated OPV using scalable printing and coating techniques. The goal is to achieve over 13% cell efficiency, 5% module efficiency, and manufacturing costs below 0.50/Wp by 2015.
This document provides an overview of a presentation on organic and printed electronics. The presentation covers topics such as OLED lighting and its potential market impact if OLEDs capture 10% of the lighting replacement market. It also discusses flexible OLEDs and OPVs, noting their potential applications in rollable, wearable, and easily integrated devices. The presentation reviews roll-to-roll manufacturing processes for these applications and the importance of techniques like slot die coating to enable low-cost, large-area production. It emphasizes the need for strict contamination control in OLED manufacturing. Finally, it provides a high-level summary and introduces the Holst Centre's work on large-area printing and coating technologies.
The document provides an introduction to organic and printed electronics. It discusses several societal challenges such as an aging population, increasing costs of healthcare, food waste, and energy needs. Organic and printed electronics offer advantages like low cost production using printing processes, flexibility, and lower environmental impact. Examples of applications mentioned include flexible displays, plastic solar cells, RFID tags, and electronic textiles. The market for printed electronics is predicted to grow substantially over the coming years across various industries such as healthcare, consumer packaging, and displays.
The document discusses research on smart materials for conformable electronics and photonics being conducted by Holst Centre. Holst Centre is an independent research organization co-founded by IMEC and TNO that focuses on creating generic technologies for flexible electronics. The presentation provides an overview of Holst Centre's work on organic light-emitting diodes (OLEDs) including applications, lifetime considerations, conformable technology approaches, and a vision for conformable electronic and photonic systems featuring wearable and stretchable designs.
Avantes is a developer and manufacturer of compact spectrometers, light sources, fiber optics, and accessories. It has sold over 17,000 spectrometers since 1994 and has annual worldwide sales of 10 million euros. Avantes uses its core spectrometer technology across multiple markets including life sciences and health, industrial processes, optical diagnosis spectroscopy and imaging, safety and security, agriculture and food, and green energy and environment. The document provides examples of spectroscopy applications for Avantes' products in areas such as LED measurements, solar panel measurements, thin film measurements, blood analyses, and food quality analysis.
The document describes the development of a low-cost ammonia sensor called the miniDOAS that uses UV spectrometry. It was created to address the need for more affordable ammonia monitoring by adapting the established Differential Optical Absorption Spectroscopy (DOAS) technique using less expensive components. Testing showed it can measure ammonia concentrations comparably to the research-grade RIVM DOAS system, but at a fraction of the cost. Further development aims to commercialize the miniDOAS for wider air quality monitoring and research applications.
1) Additive manufacturing (AM) opens revolutionary opportunities for high tech equipment development by enabling new and innovative mechatronic system designs.
2) AM can help address challenges for high tech equipment like improving accuracy, productivity, and reducing costs by providing ultimate design freedom and integration capabilities.
3) For high tech systems, AM enables new solutions like lightweight, integrated, and freeform designs which conventional manufacturing cannot achieve. AM moves manufacturing from "design for manufacturing" to "manufacturing for design."
Standardization of additive manufacturing is important for three reasons: 1) properties of additively manufactured parts are not consistent according to a standard, making industrial uptake impossible; 2) the fast evolution of additive manufacturing has outpaced traditional standardization procedures; and 3) over-regulation of existing industries makes it difficult for additive manufacturing to compete as a new technology. There are active standardization efforts occurring through various international standards organizations like ISO and CEN, as well as in the US, EU, and other countries to develop standards that will enable the quality control, data processing, materials, and other aspects needed for industrial
1. 息 袖-Joining 袖C 121206
121203 LCS
Micro - Joining,
the Adhesive Bonding Approach.
Themadag Mikrocentrum
Eindhoven 6 december 2012
LCS Belgium bvba, Consultancy in Adhesive Bonding Technology
www.lcs-adhesivebonding.com
Where its all about
Introduction always with examples
Bonding as alternative for
What is bonding ? The theory
Surface Treatment Methods
External Influences
Adhesive Types
Design with Adhesives
Examples including equipment and QC
Conclusion
NASA Spaceshuttle Heatshield vs Medical Needle PP to Inox
Bonding: an alternative for
Welding: Electric Arc Welding, Ultrasonic Welding, Laser Welding
Soldering
Screws, Bolts & Nuts
Clinch-nails & Rivets
Folding, Pressing en Flowdrilling
Clasp constructions & Springs
Sewing, Stitching & Stapling
Advantages of Adhesives
Easy & Fast: less rework
Also for dissimilar materials e.g. metal-plastic & thick-thin
Higher Strength: uninterrupted joint No or less weak points
Improved Stress-distribution & -reduction Higher fatiguestrength
Sealing: corrosion prevention Liquid- & gastight
Damped Vibrations less Noise S&R
Light: weight reduction
Esthetic: invisible
Bonding also Thin & Small components
Less components袖
LCS Adhesive Bonding bvba Copyright 息 2012-06-07
2. Pseudo-disadvantages of Bonding
Its Chemistry ! Its a mess !? = Operator dependent
Environmental aspects: Water based adhesives Recycling of adhesive and cleaners
Cleanliness of substrates
Design flexibility: is manageable
Speed: adhesive type dependent
Dangers: exothermic reactions, H&S
Difficult Disassembly: recycling
Limited Strength & Temperature Resistance
Sticking as a Gecko IFAM
Subtle hairs with a molecular bond: van der Waals forces
Whats Bonding ? Definition
Joining of
two substrates
by means of a
third medium
= the adhesive
Adhesion vs Cohesion
LCS 100218 Copyright LCS 速 18
Whats Bonding ? Mechanisms (cfr Wikipedia)
Vanderwaals: Glassplates experiment
Chemical: Si primer
Mechanical: Surface roughness
But whats really on the Surface ?!
Surface condition of substrates !!!
Why Surface Treatment ?
Strength: adhesion - cohesion ( rupture )
Wetting ( > 40 Dyne/cm)
Contact Angle measurement
Watertest
Pretreatment of substrates
Degreasing: cloth, vapour, ultrasonic
Grinding: roughen = > surface
Blasting: grit-, ice- . NON-recirculating !
Primers: silanes thickness = 袖m
Chemical etch: bv Aluminium
Flame & Corona: foil & sheet
Plasma: vacuum & atmospheric CA!
Laser: surface structure change
Failure Types
Cohesive failure: in the adhesive
Adhesive failure: on the surface of at least one of the substrates
Material Failure: one of both substrates
Mixed Failure: a combination of the above
LCS Adhesive Bonding bvba Copyright 息 2012-06-07
3. Failure Types Medical needles
Cohesion failure: lack of cure
Material failure: plasma treated + fully cured
Surface Treatment with Atmospheric Plasma Video
External Influences
Time: aging degradation in function of time
Temperature: -change en thermoshock under the hood: -55属 tot +125属
C C
Vibrations & Shock: noise - S&R
Chemical: salt + humidity = corrosion
Radiation: X-ray, 留-, 硫-, 粒-radiation Radioactive Light: UV degradation color permanency
Medical: USP Class VI ISO 10993 - sterilisation, biocompatibility, citotoxicity
Adhesive Types - Graph
Epoxy: highest performance, chemical resistant
Polyurethane: humidty sensitive, cheap
Silicone: flexible, price , Mix-Ratio, Visc f(T)
Phenolics: high temperature applications
UV & light- curing: fast, price , light sensitive
Acrylates: highest strength, smell, initiators
Cyanoacrylates: moisture cure
Anaerobics: thread lock metal+ & air cut off
Hybrids : EP/Si, PU/EP, UV + moisture or T
Exotics: polybutadiene, MS-polymer, PSA,
Hotmelts: cheap, reactive types, performance
Tapes: single and double sided
Ceramic : HT Waterglass
Ink Cartridges
Gas Filtration
Heat Exchanger
Solvent Based Adhesives
Medical disposables: Stress Cracking
Urgency repair of pantys: Acetone based nail remover
Solvent alternatives
Adhesive Types UV & LIGHT Curing
Medical needles
Glass & plexiglass structures
CD DVD lens focus mechanism
Carglass repair
Jewelry
Cristal clear Refractive index Non-yellowing Fast curing No oxygen inhibition not tacky Strong
Health & Safety H&S - Thats why there are Safety Measures
Design = alternative thinking
Tensile - Trekbelasting
Shear Afschuiving L&R Best for Bonding Applications
Cleavage - Splijtbelasting
Peel - Afpelbelasting
Examples (contd)
Tea bags
Medical Needles en Catheters
Curing of Adhesives - Timing
Ra-ra-ra whats this ?
Glucose Test
Blood Tubes
Detector in Toothbrush
Modelbouw
Balloon Catheder
Pacemakers & Hearing Aids
Surgical Glue & Dental Surgery
Nageltrends
Scanner Sensors
CA Rubber Bonding
CD/DVD Laser
Motor Control
LCS Adhesive Bonding bvba Copyright 息 2012-06-07
4. RFID Identification Systems
SMD in Electronics
Watch Mechanism with Chip
Stacking Potentiometers
Piezo Diesel Injection
Piezoelectric Evaporation Device
Biological Pest Control
Shaver Blade Cover
Dosing Equipment Volumetric XYZ 2K
Nano dispensing equipment - 1 mm - 10 nl
Chip Packaging in Micro-Electronics
Fiber-Optics
Quality Control with Vision System
A: non Fluo B: non Fluo C: OK D: Defect
A few Trends
Multiple functionalities: Vibration dampening - S&R
More composites and all-in adhesives
Increasing Price pressure : Lopez effect - raw materials & energy price increases
Nanotechnology in adhesives
It all happens on the surface, less in the adhesive
Selfhealing Adhesives
More automation with adhesives
More Bonding for your new Application
Conclusion
The only chance realising bonding projects successfully, is that the
Triumvirate of
the customer with his project
the glue manufacturer with the adhesive
the machine manufacturers with their equipment
is working intensively and expertly together, from the design phase on and
on all aspects of the application.
Success Guaranteed !
Thanks for your attention, and we welcome you in The Adhesives World
LCS Your partner in Adhesive Bonding
LCS Adhesive Bonding bvba Independent Consultancy in Adhesive Bonding Technology
Ing. Jan A. LAMBRECHTS MSc.
Bergenstraat 84
B-3053 Haasrode Leuven
+32-(0)16-38 90 45
+32-475-45 48 98
jan.lambrechts@consultant.com
www.lcs-adhesivebonding.com
121203 LCS 息 袖-joining 袖C 121206
LCS Adhesive Bonding bvba Copyright 息 2012-06-07