Label Outgassing – From Silicone to Satellites
Operations Director, Jean-Luc Pizzol of CILS International discusses the dangers of outgassing in electronics applications and why NASA approved materials are slowly becoming the industry standard for electronics labelling. If you’ve ever noticed the distinctive scent of a new car’s plastic interior or been hit by the sharp fumes of a freshly painted room, you’ve experienced the effects of outgassing. While these examples may evoke nostalgic connotations, outgassing can present significant risks for electronics manufacturers and end users, limiting product performance and lifespans. When left unmitigated, it can silently wreak havoc, causing bubbling, condensation, shorting and loss of adhesion between components. So how does it occur, what can be done to stop it and how on earth does NASA tie into all of this? Let’s dig a little deeper. Science of Outgassing Emissions from certain materials can migrate and settle on adjacent surfaces, introducing foreign compounds that impede proper device operation, potentially leading to malfunctions. Materials with suboptimal outgassing characteristics risk compromising the function and longevity of systems such as electronic components and precision instruments, often resulting in lasting impairment or total operational failure. For example, when outgassing occurs within proximity of a lens, conformal coating, or contact surface, it can cause fogging, insulation issues or failures that are nearly impossible to diagnose post-assembly. Outgassing is a particularly prominent issue within electronics labelling applications. For risk-intolerant and highly regulated environments, compromised labels can lead to safety risks and product recalls. When substrates are exposed to extreme temperatures, prolonged storage and varying environmental conditions throughout transportation, the likelihood of outgassing compromising labelling increases exponentially. Conveniently, these accelerating factors are all incredibly common within electronics supply chains. Outgassing tends to be most problematic for adhesives that cure via solvent evaporation or moisture exposure, including various pressure-sensitive and contact types, as well as related sealants and encapsulants. However, even within adhesive families, outgassing potentials and resistances can vary substantially. Unfortunately, there is a lack of a standardised singular adhesive chemical for outgassing prevention. Due to this, when assessing outgassing resistance, engineers and product specialists often look towards adhesives recognised by industry standards such as ASTM E595, developed by NASA. NASA’s Testing for Outgassing-Resistant Labelling ASTM E595 is NASA’s way of stress-testing materials to see how much mass they lose as vapour (Total Mass Loss) and how much turns into condensable residue (Collected Volatile Condensable Materials). For a label to pass, it must meet set criteria such as TML below 1.0% and CVCM below 0.10%. In electronics applications, this testing may be relevant for manufacturers with highly automated production lines, strict ISO quality commitments or for those who are utilising ID labels near optics, high-reliability connectors or inside sealed, low-pressure PCB housings. As a durable label manufacturer, this has led us to produce and certify a range of labels that utilise low-volatile films, engineered adhesives and fully cured, low-migration inks. Having spent over a decade working with engineers to meet electronics and avionics industry requirements, I know that when your material is ASTM E595 certified, you can guarantee that you are selling an extremely durable product. ASTM E595 approval shows our customers that they can trust our labels not to quietly sabotage their electronics, be it a satellite or a smartphone.
Voltcraft Release High-accuracy DC Clamp Meters
Two new DC clamp meters by Voltcraft, the VC-515 and the VC-513, are now supplied by the Conrad Sourcing Platform. Voltcraft’s latest clamp meters are now supplied by the Conrad Sourcing Platform. In terms of testing equipment, both products constitute a huge step forward: the VC-513 and VC-515 don’t just stand out visibly from their competitors, they are also miles ahead when it comes to reading accuracy, namely by a factor of 10 compared to similar products on the market. “Oftentimes, DC readings pose somewhat of a challenge,” explains Harald Lehner who manages the Voltcraft product category at Conrad Electronic. “Clamp meters that take highly accurate readings are more than just a tool – they ensure reliability and safety.” Highly accurate DC readings In terms of reading accuracy, Voltcraft’s VC-513 and VC-515 clamp meters take a step into unknown territory. Whilst they sport different functions to reflect their individual purpose, they are both identical when it comes to outstanding precision. Looking at the numbers, the VC-513 has a 4A range and a resolution of 0.001 A / ± (30 % +13). The VC-515 flagship product has an 6A range, and a resolution of 0.001 A / ± (3.0 % +20). “Goes without saying that both meters also take AC readings. However, testing solar batteries, chargers, charging infrastructure and back-up power supplies is where they really shine,” adds Lehner. Fast trouble shooting Designed for the industries, UPS, automotive technology and basically anyone who uses solar batteries, chargers and backup power and wants to check charging currents, charger function or battery output: Voltcraft’s new high-accuracy clamp meters provide clear and reliable readings, and that in very complex scenarios. For example, the VC-500 series enables series circuit testing and is able to detect performance issues of single batteries in setups comprising as many as 20 connectedpower banks – a standout feature that helps you save a lot of time during troubleshooting. Moreover, these days, everyone is talking about DC microgrids. DC microgrids are localised energy systems (in factories etc) that use direct current to generate, store and use energy more efficiently in-house – no AC conversion involved. This is where specific types of DC clamp meters, as the ones designed by Voltcraft, play a significant role. User-specific test probes Simply using the right clamp meter for a given cable cross-section already improves the DC reading accuracy. Whilst Voltcraft’s two new clamp meters both feature jaws with improved coils and Hall elements, they come with different jaw widths: the VC-513 has an opening of about 17 mm and reads AC and AC up to 80 A. On the other hand, the VC-515 enables readings of up to 160 A and sports a jaw width of 22 mm. Large number of functions The 500 series being mainly centred around taking direct current readings does not mean that the VC- 513 and the VC-515 are unsuitable for AC measurements. On the contrary, they come with all the multimeter functions you can expect from a product in this category, including True RMS, duty cycle, frequency/temperature measurement, max/min display, relative mode and NCV. The VC-515 flagship product was designed to take both AC and DC readings of up to 160 A, also allowing inrush current testing. Moreover, the Voltcraft product developers did not neglect practical aspects, adding a high- contrast 4000- and 6000-count display, respectively, to ensure excellent readability in sparsely-lit switchboard cabinets, and a bright LED work light illuminating the area around the jaws. There is also an ergonomically placed thumb-operated Data Hold button to store readings that cannot be viewed during the testing procedures. Learn more about these products here.
Electrotechinal trade body SELECT welcomes Amendment 4
SELECT welcomes BS 7671 Amendment 4 and urges electrical contractors to prepare for April 2026 changes. The Institution of Engineering and Technology (IET) and British Standards Institution (BSI) have announced the completion of work on Amendment 4 (2026) to BS 7671:2018, AKA the 18th Edition of the IET Wiring Regulations. Set for release in April, significant changes in BS 7671:2018+A4:2026 include: Bob Cairney, Director of Technical Services at Scotland’s largest construction trade body, said: “The association welcomes this latest amendment which is an essential update to continue to provide safe electrical installations across the UK. “SELECT has participated with the IET and other industry bodies in the development of BS 7671 for many years through our contributions to the National Wiring Regulations JPEL/64 committee and we recognise the IET as the authority for electrical installations in the UK. “JPEL/64 carefully considers all necessary updates to the regulations to ensure they continue to meet the needs of the industry and Amendment 4 continues the thread of embracing new technologies. The inclusion of a new section on stationary secondary batteries is an exciting step into the future of renewable sources of energy and their integration into our lives.” Amendment 4 can be implemented immediately when it is published on 15 April, with the previous version, BS 7671:2018+A2:2022+A3:2024, set to be withdrawn on 15 October. Other changes also include the incorporation of Amendment 3:2024 as part of the main document and the further adoption ofCENELEC Harmonized Documents and IEC standards as the UK continues the inclusion of standards for new and developing technologies. Robert McGoogan, SELECT’s Director of Technical Services Designate, added: “BS 7671 underpins safe, modern electrical infrastructure and is essential for delivering the electrification needed to meet net zero ambitions. ”Amendment 4 is an essential update to these regulations and will form the UK national standard for all-new low voltage electrical installations, additions and alterations to existing installations and periodic inspection and testing of existing installations. “As the electrification of society continues, it is therefore essential for contractors to keep abreast of the latest updates and we would encourage all members to familiarise themselves with Amendment 4 and its implications when it becomes available in April.” To support members, SELECT will be discussing Amendment 4 and its implications for contractors at its upcoming Toolbox Talks, sponsored by Aico, which will visit 13 venues across Scotland in May, June and July. The association is also currently reviewing its wide range of training courses to ensure they are updated in line with BS 7671:2018 +A4:2026. Contractors wishing to learn more about training packages should contact training@select.org.uk.
Snowy Weather: A Surprising Boost for Solar Panels
As large parts of the UK wake up to snow-covered streets and sub-zero temperatures this week, many homeowners are questioning whether their solar panels can still perform in wintry conditions. With daylight hours at their shortest and roofs blanketed in snow, it’s a common concern: can solar panels really generate meaningful power during cold, snowy spells? According to experts at Dwellow, a nationwide provider of renewable heating and home upgrade solutions, winter weather doesn’t spell the end for solar generation. In fact, with the right system design and a few simple seasonal considerations, photovoltaic (PV) systems can continue to produce clean, reliable energy throughout the colder months – even during snowy periods like those seen across the UK this week. Ian McLaren, co-founder of Dwellow, says: “Whenever we experience a cold snap or snowfall, we see a spike in questions from homeowners who assume solar panels stop working in winter. The reality is quite the opposite. Solar panels are often more efficient in colder temperatures, and countries with far harsher winters than ours such as Germany and Canada are among the world’s leading adopters of solar energy. There’s absolutely no reason UK households can’t benefit from solar power all year round, even during weeks like this.” Here’s Dwellow’s three solar ‘truths’ this January – and five top tips; 1. Snow can help harvest solar energy Far from being an obstacle to capturing solar energy, snow can actually enhance system performance in many cases through the albedo effect, as sunlight reflected from snow-covered ground is redirected back onto solar panels. The albedo effect describes how much incoming sunlight a surface reflects rather than absorbs. It is measured on a scale from 0 to 1, where darker surfaces like asphalt have low albedo and absorb most sunlight, while bright surfaces such as snow have a high albedo and reflect a large portion of it. Fresh snow can reflect up to 80-90% of incoming sunlight. McLaren explains: “When solar panels are installed above or near snow-covered ground, this reflected light can strike the panels from below or at indirect angles, increasing the total amount of solar radiation they receive. As a result, panels can generate more electricity than expected in snowy conditions, especially when the panels themselves remain clear and are tilted to capture both direct and reflected light.” Of course, when solar panels are covered by a thick layer of snow, sunlight simply can’t reach them. However, most arrays are installed at an angle, so snow naturally slides off or melts fairly quickly. However, after heavy snowfall, it’s worth checking if your panels are clear. If you can safely reach them, gently brush away snow using a soft broom or snow rake. 2. Solar panels need daylight – not heat or blazing sunshine One of the biggest myths is that solar panels rely on hot, sunny weather to produce electricity. In reality, solar panels work by capturing daylight, not heat. The photovoltaic (PV) cells in the panels convert sunlight into power, so even on cloudy days, your system will still generate energy, especially if homeowners have installed high-performance monocrystalline panels, which perform better in cloudy, low-light conditions. McLaren explains: “Shorter days in winter do mean fewer daylight hours and lower generation, but even a modest solar generation will reduce your reliance on the grid at the most expensive time of year for electricity. Pairing your solar panels with a battery storage system can help you store excess energy when it’s brightest, ready to use come the evening.” Dwellow says solar batteries are ideal for people on time-of-use tariffs because they can be charged overnight when electricity is cheaper and then used during peak, more expensive periods. 3. Cold weather can actually boost performance It may sound surprising, but solar panels can perform better in lower temperatures. Like most electronics, panels work less efficiently when they get too hot (performance typically drops above 25C). Cold weather, on the other hand, helps reduce resistance in electrical circuits, improving efficiency. McLaren adds: “While panels need daylight rather than heat to generate electricity, lower temperatures help improve electrical efficiency by reducing resistance within the system. That’s why, as long as there’s daylight, solar panels can perform extremely reliably throughout the winter months.” Dwellow’s five top tips for winter solar efficiency McLaren adds: “People are often surprised at how well solar panels perform in winter, even when there’s snow on the ground. As long as they’re looked after and working efficiently, they’ll keep producing plenty of clean energy all year.” Interested in solar? Use Dwellow’s free solar quote tool for a bespoke price straight to your inbox in just 60 seconds. https://www.dwellow.co.uk/solar/quote
PENTA Electrical Safety Products Celebrates Excellence with Inaugural 2025 Awards
PENTA Electrical Safety Products proudly hosted its first-ever PENTA Electrical Safety Products Awards at the end of the year, recognising outstanding contributions from partners and distributors who have driven innovation, growth, and collaboration across the electrical safety sector in the UK and Ireland. The awards honoured six key organisations whose dedication, market leadership, and strategic partnerships have significantly advanced the company’s mission of delivering world-class electrical safety solutions. The 2025 PENTA Electrical Safety Products Awards winners include: Each recipient demonstrated exceptional performance, whether through record-breaking growth, market expansion, product innovation, regulatory approvals, or training excellence, helping PENTA Electrical Safety Products strengthen its position as an industry leader in electrical safety. “We’re incredibly grateful to our partners who share our vision and commitment to safety, quality, and innovation,” said Bill Earlie, Commercial Sales Manager at PENTA Electrical Safety Products. “This inaugural awards ceremony is our way of celebrating the collaborative spirit that makes our collective success possible.” PENTA Electrical Safety Products looks forward to building on these strong relationships as it continues to expand its footprint and develop cutting-edge safety solutions for critical infrastructure and industrial markets. You can visit their website here: https://www.pentaesp.com/en-gb/uki/
New NAPIT Training Course on Domestic Ventilation in Partnership with Elmhurst Energy
NAPIT Training, in partnership with Elmhurst Energy, is pleased to be offering a brand-new course on Domestic Ventilation. Responding to growing industry demand, the BPEC Domestic Ventilation course has been designed for experienced electricians, plumbers, ventilation installers, and heating engineers seeking to enhance their knowledge and understanding of domestic ventilation systems. The course covers the installation, inspection, testing, commissioning, and provision of information for fixed Domestic Ventilation Systems. With this course, tradespeople will be qualified to test and commission ventilation systems for retrofitting and offer ventilation reports in addition to the other services they provide. A ventilation report is carried out to show compliance with Approved Document Part F of the Building Regulations. It is a requirement for new build properties to have a ventilation report as part of new build compliance. It also plays a key role in retrofit projects, helping to ensure that improvements to the building fabric and services do not compromise indoor air quality or increase the risk of condensation and mould. The Domestic Ventilation course has been structured to meet the requirements of the Approved Document Part F of the Building Regulations 2020 and is recognised as an approved demonstration of competence for Competent Person Schemes. NAPIT Training will offer the course across four training centres: Mansfield, Bristol, Oldham, and Potters Bar. It will take place over two days, and the assessments consist of a combination of practical and theoretical examinations. The course covers: Brett Forster, Head of Training, said: “NAPIT is committed to training tradespeople to the highest industry standards, while ensuring they have the right skills to help the UK achieve its government-set targets. With new build homes required to issue a ventilation report and rising demand from the retrofit sector, this qualification offers NAPIT members a valuable opportunity to future-proof their business and expand their services.” Josh Wakeling, Head of Training at Elmhurst Energy, added: “We are delighted to be working alongside NAPIT to deliver this important training. Ventilation is a critical part of building performance and compliance, not only for new builds but also for retrofit projects under PAS 2035. “This course ensures that tradespeople have the competence and confidence to meet regulatory requirements while supporting healthier, more energy-efficient homes.” View the course here.
SELECT honours ECA with Lifetime Achievement Award at 125th Anniversary Grand Ball
The Electrical Contractors’ Association (ECA) has been recognised for more than a century of exceptional service to the electrotechnical industry after receiving the prestigious Lifetime Achievement Award from SELECT at its 125th Anniversary Grand Ball. Scotland’s largest construction trade association used its celebrations to reward the ECA for its unwavering commitment to the industry since 1901 – one year after its counterpart was formed north of the Border. The award was presented in front of 300 guests at the Glasgow Marriott Hotel on Friday 14 November, at an event hosted by TV and radio personality Fred MacAulay and sponsored by the Scolmore Group. Introducing the winner, SELECT President, Mike Stark, said: “As well as being a great supporter and ally of SELECT over the years, tonight’s winner has worked tirelessly to improve standards in the electrical industry. “They are patient, knowledgeable, always eager to help and go the extra mile to ensure that electrical contractors of all sizes have the help and support they need to carry out their work safely and to the highest standards. “SELECT is proud to call our winner a close friend, and a younger sister. So I am delighted to present the 2025 SELECT Lifetime Achievement Award to the ECA.” The award was accepted on behalf of the ECA by Steve Bratt, Group CEO, and Ruth Devine MBE, who is the body’s President. Mr Bratt, said: “Everyone likes a prize, especially from an elder sibling, but we’ve just won a prize from an organisation that is 125 years old and has done amazing things for the Scottish electrical contracting industry and knows us very well. So the fact they have chosen us for this award is a real honour. “On behalf of our President, all the staff at ECA, and all of our members, a real big thank you for such an honour and we look forward to working with you for another 125 years.” Ms. Devine added: “This award is particularly meaningful because it acknowledges the long-standing collaboration between our two associations. Together, we have championed apprenticeships, strengthened competence, and supported businesses to deliver safe, high-quality work in a fast-changing industry. On behalf of our members, staff and volunteers, I want to thank SELECT for this exceptional recognition.” SELECT Managing Director Alan Wilson, said: “The ECA has been a steadfast partner and a vital force for good in our industry for more than 120 years. Its expertise, leadership and commitment to raising standards have benefited not just its members but the entire electrotechnical sector across the UK. “We are delighted to honour its remarkable contribution with our Lifetime Achievement Award; it is an accolade richly deserved.” Founded 124 years ago, the ECA has been a driving force in raising technical excellence, developing skills, shaping legislation and supporting thousands of businesses across the electrotechnical and engineering services sectors. Its influence has spanned generations, from the early days of domestic electrification in the 1920s and 1930s to today’s future-focused industry of high-performance buildings, renewable technologies and low-carbon innovation. The 125th Anniversary Grand Ball gathered SELECT members, political leaders, senior decision-makers and industry partners to celebrate the founding of the world’s first electrical trade association. The event also recognised the invaluable ongoing support of sponsors and Associate Members including CEF, Edmundson Electrical, Wylex, Morton Fraser MacRoberts, Schneider Electric, OCS and ECIS. The Lifetime Achievement Award remains SELECT’s most prestigious honour, previously presented to leading figures including Past Presidents John Noble and Alick Smith and industry payment specialist Len Bunton.
How to keep your van secure from tool theft this winter
Van drivers are being urged to step up security as darker evenings and cold weather bring a spike in tool theft across the UK. Motoring experts at LeaseLoco are warning that opportunistic thieves often target work vans left in the dark overnight, with stolen tools not only causing financial loss but also leaving tradespeople unable to work. Statistics show that tool theft increases during the winter months, when shorter daylight hours give criminals more cover, and almost half of all reported cases (49%) involve tool theft from vans in particular. Experts say that work vans left overnight on driveways or building sites are prime targets, particularly when they display company branding or contain visible equipment. Thieves often strike in the early hours, using lock-picking tools or even cutting through doors to gain access. Once stolen, power tools are frequently resold online or at car boot sales, often making recovery impossible. Many victims find that even when items are insured, the loss of work and time spent replacing tools can have a major financial impact. But there are measures van drivers can take to reduce the risk of tool theft. Simple steps such as removing tools from the vehicle overnight, fitting high‑security locks, or installing visible alarms and tracking devices can make vans far less appealing to criminals. John Wilmot, CEO of van leasing deals comparison site LeaseLoco.com said: “Winter can be a tough time for van drivers, and thieves know it. “Even a quick stop or leaving tools in a van overnight can be enough for someone to strike. “As well as having to deal with recuperating the cost of the tools, it’s also the time lost, the disruption to work, and the stress it causes tradespeople and their families. “Being proactive with security, even in small ways, can save a lot of headaches and keep your business running smoothly. “From marking your tools to using extra locks or alarms, these measures can prevent a break-in and save you the hassle of replacing stolen equipment.” Seven tips to keep work vans and tools safe this winter: Whenever possible, don’t leave tools in your van. Taking them indoors or storing them in a secure lock-up overnight not only protects your equipment but also reduces the risk of being targeted by opportunistic thieves. High-security deadlocks or slam locks are a simple but effective way to make your van much harder to break into. Even just one additional lock can act as a strong deterrent and buy valuable time if someone tries to access your vehicle. Thieves often move on if breaking in becomes too difficult or noisy. Visible security measures such as alarms, steering locks, or GPS tracking devices can make your van less appealing to criminals. These systems not only alert you to an attempted break-in but can also help locate your vehicle and tools if they are stolen. Even a small warning sticker on your van advertising the presence of a tracker can act as a deterrent. Engraving or using UV pens to mark tools with your name, company details, or a unique code can make them easier to trace if stolen. Marked tools are less attractive to thieves and increase the chances of recovery. Keeping a record of tool serial numbers alongside photos further strengthens your chances of getting items back. Always choose well-lit areas, ideally with CCTV coverage, and try to back your van against a wall to block access to rear doors. Avoid secluded spots, dark corners, or quiet streets, which make it easier for thieves to operate unnoticed. You should also avoid leaving your van in the same spot for long periods, as predictable parking patterns make it easier for thieves to monitor and target your vehicle. Small adjustments to where and how you park can significantly reduce the risk of theft. Even if tools are left in the vehicle, keeping them in lockable boxes or cages provides an extra layer of protection. These internal locks add time and effort for thieves, which may make them abandon the attempt altogether. Try to avoid leaving company logos or stickers that hint at expensive tools inside. Thieves often target vans with visible branding because they know they are likely to contain valuable equipment. Keeping branding minimal or using non-descriptive signage can make your vehicle less of a target. LeaseLoco is the UK’s biggest lease comparison website, making it super quick and easy for drivers to filter and compare millions of car and van lease deals from the UK’s top providers, helping them find the best option that suits their needs.
Don’t Let Static Distract You From Electronics Corrosion Protection
Static is distracting — whether it’s on the phone or the radio — and it makes communication difficult. For electronics, it is also physically damaging — so much that it inspires entire conferences focused on preventing electrostatic discharge (ESD) damage during manufacturing, shipping, and beyond. Yet with all the emphasis on ESD protection, it is important not to be distracted from other electronics quality concerns, such as corrosion protection — especially when EcoSonic® VpCI®-125 HP Permanent ESD Film & Bags from Cortec® Corporation address both issues in one streamlined packaging solution. Benefits of Permanent ESD EcoSonic® VpCI®-125 HP Permanent ESD Film & Bags are a great place to start for any ESD specialist or packaging engineer who wants long-term ESD protection. These bags rely on a permanent ESD additive to reduce or eliminate the static that could build up and cause silent damage simply when moving a part from one place to another or slipping an electronic sub-assembly inside a bag. Permanent ESD offers a much more reliable, long-lasting form of ESD protection than traditional “pink poly” and is a great choice for distributors that need ESD protection to last several years while their electronics sit on a shelf waiting to be ordered. Corrosion Protection and Quality Control Cortec® makes it easy for electronics manufacturers and distributors to tackle another quality issue —corrosion— at the same time. The multiple metal types used in electronics face corrosion risks during shipping and storage when uncontrollable environmental conditions may prompt condensation and corrosion and lead to premature electronic failures. With high quality control (QC) demands, even questionable discoloration of metal may cause a part to be rejected, making corrosion protection worthwhile. EcoSonic® VpCI®-125 HP Permanent ESD Bags address this issue by adding Cortec® VpCI® to the mix, conditioning the package with Vapor phase Corrosion Inhibitors that form a protective molecular layer on multi-metal surfaces and simply float away when the item is removed from the bag. Streamline Your Electronics Packaging Process Often, multiple goals require multiple packaging materials. For example, one electronics distributor used to place desiccant into ESD moisture barrier bags to protect against both static and moisture.* After encountering the idea of ESD + corrosion protection, they decided to try replacing the two materials with one EcoSonic® VpCI®-125 HP Permanent ESD Bag. The packaging first underwent quality testing to ensure it met appropriate electronics packaging requirements. Later, it underwent humidity testing to compare the new bags against the previous packaging system of moisture barrier bags plus desiccant. The distributor was satisfied with the results, has been using EcoSonic® VpCI®-125 HP Permanent ESD Bags for several years, and has expressed interest in adopting other Cortec® dual ESD + VpCI® protective packaging options. By eliminating the desiccant, the distributor has streamlined their packaging process to achieve dual ESD and corrosion protection in one bag. Tackle Two Quality Issues with One Bag ESD protection is important, but it’s not the only part of the picture. By opting for EcoSonic® VpCI®-125 HP Permanent ESD Bags, electronics manufacturers and distributors can get baseline static dissipation while expanding to corrosion protection and potentially eliminating extra packaging material like desiccant. Contact Cortec® to learn more about achieving quality ESD and corrosion protection with this two-in-one packaging material.
