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Brighton Science Blog
Topic: Cleaning Processes
Guess the Contact Angle: IPA Wiped Composite Material
This 'Guess the Contact Angle' video is the first of our next series of videos focusing on how contact angle changes when a composite surface is cleaned or treated in various ways. The contact angle featured in this demo is formed by a water droplet deposited using the handheld Surface Analyst on...
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Posts by Topic
The Best Way to Qualify a Wash Method for Your Manufacturing Process
Parts washers are heavy-duty, hardworking machines that have become irreplaceable staples in automotive andmachined part manufacturing processes. As manufacturing processes have become more sophisticated, the industries using parts washers have expanded to includenot only industrial metals and...
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Why You Should Implement a Surface Cleanliness Specification Using Contact Angle
When cleaning invisible contaminants from a surface, you may ask yourself, "How do I know when the surface is clean, or how clean, is clean enough?" These are common questions that product development teams ask when developing new products that require surfaces to be thoroughly cleaned in order to...
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Surface Analyst Diagnoses Critical Cleaning Issue of Defense Weaponry Components
Brighton Science's Surface Analyst was featured in a Finishing & Coating article where Hubbard-Hall used the handheld technology to diagnose a $1 million dollar problem for a manufacturer that extrudes aluminum tubes as part of two individual missile systems: an armor piercing air to surface...
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Guess the Contact Angle: Plasma Treated Aluminum
So far in our Guess the Contact Angle Series, we have brought you three videos demonstrating how contact angle changes depending on the state of the material surface: Contact angle measurement on a piece of aged, 'as is' aluminum Contact angle measurement on aluminum after cleaning it with an IPA...
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Why Automotive Glass Bonding Recalls Should be a Thing of the Past
Automotive glass is a technological marvel. Despite its clarity, there is a lot that is unseen by the average driver. Silica compounds, tempering, and lamination all combine to create one of the most critical components of today’s motor vehicles. Unfortunately, though, things periodically go wrong...
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Guess the Contact Angle: Abraded Aluminum
So far in our Guess the Contact Angle Series, we have brought you two videos: the first one shows the Surface Analyst taking a contact angle measurement on a piece of aged, 'as is' aluminum. The second video asks you to guess the contact angle after we took the same piece of aluminum, but cleaned...
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Meet Brighton Science's Chief Scientist, Giles Dillingham
A Deep History in Materials Science Founder and Chief Scientist of Brighton Science, Dr. Giles Dillingham's fascination with the connections between the invisible (the molecular structure of the world around us) and the perceivable (the properties and behavior of materials and objects) stems from a...
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Guess the Contact Angle: IPA Wiped Aluminum
As part of the Guess the Contact Angle series, we have brought you a new video that highlights best practices when cleaning material surfaces with IPA wipes and we will ask you to "guess" the contact angle measurement after the surface has been cleaned. The contact angle featured in this demo is...
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Can Contact Angle Quantitatively Measure Total Surface Energy?
In an article published in the Journal of Adhesion Science and Technology, "Water Contact Angle as a Quantitative Measure of Total Polyethylene Surface Energy" Materials Scientists from Brighton Science (formerly BTG Labs) explain the validity of water contact angle as a measurement for total ...
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How Manufacturers Can Optimize the Effectiveness of Plasma Activation
In last week’s blog post, Using Plasma for Surface Cleaning and Activation Rose Roberts, Ph.D., Brighton Science's (formerly BTG Labs) Senior Custom Applications and Materials Engineer, discussed how to use plasma for the dual purposes of cleaning critical surfaces and activating critical surfaces...
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Using Plasma for Surface Cleaning and Activation
This blog post is the first of a two-part series focusing on plasma. With the help of Rose Roberts, Ph.D., Senior Custom Applications and Materials Engineer, we will review plasma basics and discuss how plasma can be used for both cleaning and surface activation. We will also touch upon the...
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Surface Quality Measurements Enable Plating and Coating Chemistry Suppliers to Guarantee Quality to Their Customers
Automotive supply chains are complex. Nearly 78 million vehicles were manufactured in 2020. Each vehicle may have upwards of 30,000 individual parts. Automotive original equipment manufacturers (OEMs) need to manage billions of parts annually. If any of these parts fail, vehicle performance is...
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Quantifying the Effectiveness of High Volume Metal Cleaning in Fresh and Aged Baths
In today’s video we will show you how to quantify the surface quality of metals when using fresh and aged baths. We will demonstrate how Water Contact Angle (WCA) measurements can provide feedback in less than two seconds on the effectiveness of your cleaning process and will enable you to improve...
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Guess the Contact Angle: Aged 'as is' Aluminum
In today’s blog post, we are going to have a bit of fun using video to learn more about contact angles. We will show you a contact angle and will ask you to “guess” the contact angle measurement. The contact angle featured in this demo is formed by a water droplet deposited on a piece of ‘as is’...
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Why You Should Rethink Your Manufacturing Cleaning Process
In manufacturing, a final assembly is only as reliable as its constituent parts, the bonding or joining method used to hold them together, or the coating method used for corrosion protection and/or the final aesthetic touch. In order to guarantee the strength and successful performance of a...
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The Water Break Test as a Surface Measurement Gauge
The water break test is a common way for manufacturers to test the surface cleanliness of metals. Compared to other legacy cleanliness tests, it is relatively simple to perform, however, the results rely almost entirely on the subjective eye of the person performing the test. Hydrophobic...
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Why Knowing Water Contact Angle is Important for Successful Adhesive Performance
Adhesives are an integral part of modern manufacturing, but choosing the right adhesive is only one part of the equation. It’s well known that you won’t get a reliable bond with an adhesive if you just slap the adhesive onto your material without doing anything to prepare that surface. What ISN’T...
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What are Surfactants and How Do They Impact Surface Tension?
In recent articles we’ve discussed what surface tension and surface energy are. Manufacturers need to acquaint themselves with these concepts because controlling surface quality through surface energy measurement of solid materials is the most predictive method of ensuring high performance bonds...
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What is the Difference Between Surface Free Energy and Surface Energy?
When it comes down to it, this is another purely semantic question much like the one we dealt with in another article comparing the terms “surface tension” and “surface energy.” Surface free energy is free energy in a particular space - the surfaces of materials. Free energy, in its most...
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How to Measure Surface Tension
The attractive force of the molecules present at the surface of a liquid towards each other is called the surface tension of that liquid.
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What is the Difference Between Surface Tension and Surface Energy
Using adhesives in manufacturing is becoming increasingly common for building everything from massive machines to everyday tech devices. But companies' reliance on the science of adhesion to make sure their products work perfectly and look marvelous didn’t start there. In the centuries since the...
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Surface Energy Measurement is the Key to Process Control and High Performance
When manufacturing companies take adhesion seriously, it can have a remarkable effect on their ability to achieve their business goals. The key is to take a strategic look at adhesion processes early in product development. Glues, epoxies, coatings and other adhesives are coming alongside or...
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How Surface Sensitive Measurements Help Medical Device Manufacturers Avoid Regulatory Bottlenecks
The pathway to zero defect manufacturing through the implementation of quality control procedures is found right there in the name. Quality control requires the control of variables to ensure quality outcomes. But it’s the former that is beguiling to quality engineers. The variables in...
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Manufacturing Best Practices for Business Continuity Plans
Even though coming to the end of 2020 has not at all meant the end of the impact of Covid-19, manufacturers are pushing forward to make sure 2021 is not marred by the setbacks of this year. This has not been a normal economic downturn, and the ways to remain resilient in the past are not enough to...
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What Medical Device Manufacturers Need From Surface Cleanliness Testing
Quality tests during medical device production need to check a lot of boxes for manufacturers. Testing must increase confidence in product reliability in order to be worthwhile to manufacturers. What’s more, that confidence needs to be measurable and reportable because companies cannot tolerate...
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How to Get a Stronger Weld Through Cleaning
Even though we look around us and see plastic everywhere, in every shape and imaginable application, metals are still a more commonly used raw material in machined products. Metals are the legacy material of choice due to their strength and relative ease of bonding, but advances in polymers are...
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3 Things You Need to Know to Create Strong, Reliable Bonds With Laser Cleaning
Manufacturers are always looking to create stronger, more durable, more reliable, and in the automotive and aerospace sectors, lightweight products. In this pursuit, they’ve often upgraded and swapped out material systems for metal alloys that have a lower density, better temperature tolerance, and...
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Surface Analyst vs. Goniometer Measurements
The Study of Goniometer Measurements Contact angle goniometry is the study of the characterization of liquid/solid interactions. The first benchtop goniometer designed at the NRL (U.S. Naval Research Laboratory) served as a monumental advance with a way to measure contact angles to measure surface...
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Controlling Parts Washing Methods for Medical Components
Cleanliness is next to production standardization requirements for medical device manufacturers (as the old saying goes). Devices built to be inserted within the human body understandably need to meet the highest cleanliness standards. Companies in this industry have already known what many of us...
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Single vs Multi-fluid Contact Angle Techniques Part 1: Surface energy and the attractions between substances
This is part one of a two-part series explaining the finer points of Brighton Science's approach to helping companies build reliability into their cleaning and adhesion processes through consultation and implementation of novel inspection equipment. These two articles are based on this technical...
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Will New Hand Washing Practices Cause Problems for Manufacturing?
Like many industries during the COVID-19 crisis, manufacturing has had to make big changes, including scaling back its workforce, enforcing new and intensified hygiene standards, and taking a closer look at workplace cleanliness. Looking ahead to the permanent adjustments we’re all making, it’s...
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Proposed ASTM Standard Will Ease the Pain of Manufacturers
An exciting development is taking place to make surface quality and cleanliness inspection technology more available to all manufacturers. We have collaborated with ASTM International and other stakeholders to craft a revision to a practice to establish a standard use of handheld goniometers in...
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How to Protect Overmolded Connectors for Medical Devices
Protective coverings are part and parcel of our lives these days. For industries reliant upon electronic components and connectors, protective coverings in the form of polymeric overmolding encapsulation need to remain sealed and impervious to the environment. To accomplish this, manufacturers of...
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How to Get the Most Out of Your Vacuum Plasma Treatment
Vacuum plasma is the treatment method of record for many manufacturers. Not only because it is a legacy technology proven useful over many, many decades, but because it can be particularly effective at creating chemically reactive surfaces of various geometries that need to be bonded, coated,...
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Covid-19: Biological vs. Chemical Contamination in Manufacturing
Lately, the whole world has seen variations of the same conversation. Whether the discussion centers on N95 masks, toilet paper, hand sanitizer, disinfecting wipes, or what movies to watch while maintaining a safe social distance, the underlying concern is about cleanliness. At Brighton Science, we...
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Cleaning Strategies for Great Adhesion
Cleanliness in manufacturing gains avid devotees all the time. Once the importance of cleanliness is grasped, it’s nearly impossible to think about manufacturing processes without considering the pervasive impact cleanliness has on every aspect and feature of the process. Cleaning as a means to...
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Plasma Treatment for Complete and Reliable Cleaning with Richard Burke
At IPC APEX 2020 in San Diego, we wanted to explore the ways that electronics manufacturers, who encapsulate their circuit boards with a conformal coating, are cleaning their boards. What are the benefits to their current processes and what are some things manufacturers could learn to make their...
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History of Cleaning for Ideal Electronics Manufacturing with Mike Konrad
At IPC APEX 2020 in San Diego, we got the chance to sit down and chat with Mike Konrad from Aqueous Technologies and the Reliability Matters podcast, a show about the reliability of circuit assemblies. Mike is an electronics component and assemblies cleaning expert whose mission is to make...
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Topcoat to Primer Surface Reliability for Aircraft Painting
Adhesion problems don’t have a preference when it comes to the kind of damage they cause. Whether the end result is structural or cosmetic, adhesion-related failure headaches for manufacturers abound. For aircraft OEMs, one of the most crucial aesthetic operations is the topcoat of paint, although...
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Surface Quality in Aircraft Sealing and Bonding for Repairs
When an aircraft is manufactured, every single portion of the plane or jet is designed to be able to be serviced and repaired for the next 20-30 years. Aircraft manufacturing OEMs are building aircraft with the expectation that extensive repairs will have to be done later down the road. This is an...
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Why Surface Cleanliness is Crucial for Electronic PCBs
Defining “clean” is actually more complicated than it sounds. Cleanliness can be in the eye of the beholder (I mean, we all had a college roommate who swore they were tidy, but let’s be honest…) and it can also be calculated and precisely managed to the nth degree. In regard to pcb cleanliness for ...
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Is Roughness as Important as Surface Cleanliness to Adhesion?
When the subject of material surfaces comes up among manufacturing engineers the discussion usually centers on the physical attributes of that surface; the surface topography or morphology, or more simply - the surface roughness. Preparing material surfaces for assembly, coating, painting or...
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Best-practice Surface Preparation Processes for New Products
New Product Development is an essential component to the successful growth of companies who always challenge themselves to improve and innovate. Getting this design stage right is pivotal in that it sets in motion everything the product will be and how well it will perform. Yet, many new products...
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Best Approach to Adhesion Failure Root-Cause Analysis
There are a lot of options available to manufacturers who are trying to prevent product failures caused by imperfect adhesion. Many times the plan of attack is to budget adhesion failures into the scrap rate and consider the job done. In other, more dramatic instances, companies will overhaul their...
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What is the Best Fast & Accurate Alternative to Dyne Testing?
Dyne solutions have been the most common method of quality-checking material surface cleanliness for decades. Their ubiquity and low cost have led them to be heavily relied upon by manufacturers even though they are imprecise, destructive to surfaces, and harmful to the user. The science behind...
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How to Ensure a Manufacturing Surface is Clean Enough for Adhesion
Cleanliness and adhesion go hand-in-hand. If you’re looking for an adhesion process to be successful then you are also absolutely interested in cleaning the materials involved in the application. In order to get the most out of your cleaning operations it’s imperative to know three things: What...
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Can a Surface Science Lab Ensure Adhesion in Manufacturing?
Manufacturers utilize research and design laboratories all the time. To scale new products up to the production line, years of toiling in testing labs is done to ensure that everything goes off without a hitch once production starts. There are some areas crucial to adhesion processes that these R&D...
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How to Fix Common Causes of Adhesion Problems
Manufacturers often have a large blind spot when it comes to the causes of adhesion problems. This blind spot makes it impossible to solve these problems and generates frustration and loss rather than productivity and adhesion success. Taking the blinders off and taking on adhesion failure at its...
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10 Most Common Surface Quality Mistakes by Manufacturers
Manufacturers are constantly fighting against adhesion problems. Surfaces not sticking and adhesives not working is the daily reality facing manufacturers looking to make high quality, reliable products. The daunting nature of the task to eliminate adhesion failure seems insurmountable and...
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4 Common Factors that Impact Conformal Coating Adhesion
The pervasiveness of electronics in every manufacturing industry has provided unique challenges. Manufacturers are tasked with protecting these components in environments that make electronics vulnerable to even minute amounts of moisture, debris and environmental contamination. A useful solution...
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Optimizing your Metal Performance with the Surface Analyst
Manufacturers who work with metal and are concerned with metal performance are all too familiar with the obstacles that come along with coating, painting, bonding, printing, or sealing it. While the uses of metal in manufacturing are countless and exist in numerous industries, the common...
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Brighton Science's Exceptional Lab: Experts in Advanced Materials and Processes
Brighton Science Lab Capabilities The history of Brighton Science (formerly BTG Labs) is rooted in adhesion research. Originally a development lab, Brighton Science specialized in plasma polymerized coatings. The engineers worked with coatings containing corrosion-resistant and anti-microbial...
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Infographic: The Surface Analyst vs. Water Break Tests and Dyne Ink
In manufacturing there exist critical surface preparation process requirements to ensure products are safe and reliable. There are some legacy tests to determine if these requirements are being met and that the cleaning has been sufficient to ensure strong adhesion for coating, bonding, sealing,...
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CMH-17 Composite Materials Handbook: Validating Surface Preparation
Ongoing Advancements in the Field of Composite Materials Brighton Science (formerly BTG Labs) maintains an important connection to CMH-17, the Composite Materials Handbook. Brighton Science's special connection began in 2004 when Giles Dillingham, Founder and Chief Scientist read that CMH-17...
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Contact Angle Analysis: Sealing Surface of Aluminum Castings
Surface Requirements of Aluminum Castings Automotive manufacturers widely utilize aluminum castings as the most successful way to create aluminum parts. However, this process can involve inorganic contaminants on the surface, which interfere with potential bonding, sealing, or coating. Scientists...
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Automotive Applications Series: Evaluating Surface Preparation for the Automotive Industry
Automotive manufacturers who bond, seal, coat, paint, or print now have a reliable way to verify the cleanliness of their surfaces.
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Automotive Applications Series: Ensuring Success for Formed-In-Place Gasket (FIPG) Applications
Controlling Surface Condition in FIPG Application Increasingly, FIPG processes are replacing traditional gaskets for a variety of automotive applications such as air filters, oil filters, door panels, and external engine parts. The advantages include cheaper material cost, higher throughput...
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