Specialists in Static Control Products and PCB Cleaning and Repair Chemicals
Anti-Static Coatings
Staticide topicals eliminate electrostatic attraction (ESA) on all types of materials by creating a surface to prevent electrostatic discharge (ESD).
ESD Workbench
ESD Workbench products are designed for electrostatic protected areas (EPA). From dissipative mats to protective cleaners, these guard against static harm.
ESD Wearables
ESD Wearables provide optimal grounding in electrostatic protected areas (EPAs), and offer static control and comfort for even the most stringent environments.
Static Control Flooring
Static control flooring is essential for electrostatic protected areas (EPA), static-controlled work areas, data centers, and warehouses. ACL flooring products provide proper electricals and are reliable and convenient to use.
Static Control Instruments
ACL's range of static detection and industrial static control devices give technicians the tools for measuring static environments, fixtures, and personal controls. Managers can count on repeatable and reliable readings with every instrument.
ESD Packaging
ACL Staticide's ESD-safe Metal-In Static Shielding Bags safeguard sensitive components from electrostatic discharge. Metal-In styles include open top and resealable.
PCB Basics
ACL PCB basics are indispensable in the production of printed circuit boards, rework, repair and prototyping. These high purity solvents and component protection products are economical, dependable, and safe for the development and repair of electronics, and electrical assemblies.
Contamination Control
Staticide® Microfiber and Microdenier Wipes are excellent choices for critical cleaning. Their unique fabrics provide the best pick-up and removal of contaminants.
Highly Effective, Premium Products You Can Trust
ACL Staticide® has been a trusted supplier to electronics manufacturers for over 50 years with products for the automotive, avionics, medical device, plastics, and telecommunications industries. From highly regarded static control products designed for ESD-protected areas, to contamination control products for critical environments, to enhanced precision preparation products for PCB rework, repair, and prototyping, ACL Staticide® is a worldwide leader.
Recognized for performance, quality, and innovation, ACL Staticide is dedicated to the highest level of customer satisfaction.
Friendly, knowledgeable sales staff for quick answers to your static control questions
Large inventory – most orders ship within 24 - 72 hours
Over 50 years of experience in static control and prevention
ISO 9001:2015 certification for our quality management system
Committed to regulatory bodies and industry standards
Watch Our Product Videos
ACL Staticide Company Video
For more than 50 years, ACL Staticide has been a trusted supplier of static control and specialized cleaning products. Our name is synonymous with quality, reliability, and cost-effective manufacturing solutions.
ESD Wastebasket & ESD Trash Bag Liners
ACL's Static Dissipative Wastebasket and Trash Bags are ideal for clean rooms, manufacturing, inspection, quality control and research industries where static control is crucial. Learn more about the benefits in our video.
ACL Staticide: Intro to ESD
ESD prevention plays a critical role in quality control programs in sensitive device manufacturing. Learn more about static control from this introductory video.
Read Our Latest Articles
Are Your Nitrile Gloves Putting Your EPA at Risk?
Posted on Thursday 05th December, 2024
Disposable nitrile gloves are a staple in various industries, including healthcare and manufacturing. They are essential in laboratories and electrostatic-protected areas (EPAs). These gloves not only shield workers from chemical exposure, but also prevent static charge generation due to their natural static dissipative properties. When paired with a grounding wrist strap, nitrile gloves provide a reliable path-to-ground, ensuring safety in environments sensitive to electrostatic discharge. Nitrile gloves may be powder-free or powdered. Powdered gloves have a long shelf life and may be easier to put on, but the powder particles — talc or cornstarch — have a downside. Powder can be a skin irritant for some individuals, and the particles are considered a contaminant for many manufacturing environments. The insulative particles can interfere with electrical connections and lead to defects in EPAs. Powder-free nitrile gloves are designed for enhanced comfort by eliminating the risk of skin dryness or irritation. This is particularly beneficial for workers with sensitive skin or those wearing gloves for extended periods. However, the real benefit of using powder-free gloves is that there are no particles to slough onto the ESD workbench. Despite these benefits, it’s worth noting that powder-free gloves generally have a shorter shelf life compared to their powdered counterparts as they lack the added protective barrier of powder. Good housekeeping rules, such as regular stock rotation, can ensure that gloves are used within their expiration. Old gloves can lose dissipative characteristics and other physical properties such as tensile strength. Proper Storage Enhances Shelf LifeThe longevity and effectiveness of nitrile gloves depend heavily on proper storage. Ideal conditions can extend the shelf life and maintain the material’s protective properties. Store gloves in a cool environment away from direct sunlight or fluorescent lighting. The ideal storage and usage temperatures are between 10°C (50°F) and 25°C (72°F). Avoid temperatures exceeding 30°C (90°F) or cold conditions below 5°C (41°F). Extreme temperatures may cause gloves to stiffen and become brittle, posing a risk of tearing, penetration or breakage. For extreme cold, consider using specialized cryogenic nitrile gloves. Proper storage becomes even more critical to maximize usability. When storing, ensure the area is dry and well-ventilated as dust and moisture may accelerate glove degradation. Storing in the original packaging will also minimize environmental damage. Compliance and Testing StandardsWhile nitrile is naturally dissipative, not all nitrile gloves are designed for electrostatic-protected areas (EPAs). For companies adhering to the ANSI/ESD S20.20 standard, employees wearing wrist straps are required to have a system threshold of 3.5 × 10⁷ ohms (35 megaohms) when testing according to ANSI/ESD S1.1. Although S20.20 does not specify STM 15.1, it is standard practice to evaluate compliance using the CAFÉ method. ACL Staticide uses a third-party lab to test and confirm that ACL Staticide Nitrile Gloves are static dissipative and compatible with a grounding cord and wrist strap system. ACL Staticide recommends that the grounding system be equipped with a built-in one-megohm resistor, such as any of the ACL wriststrap kits like Product #8155 or Product #8157. Aside from assessing the glove for ESD protection, regular inspection of the physical properties of the nitrile gloves is essential to ensure safety standards. Look for the following signs of wear or degradation, such as Surface cracks or breaks Loss of elasticity Stiffness or brittleness Gloves showing these issues should be discarded immediately, as they are compromised and can no longer provide reliable protection. Properly using and storing nitrile gloves helps to maintain their protective properties and extend their lifespan. By adhering to these guidelines and regularly inspecting gloves for damage, you can ensure safety and compliance in your workplace. For more information on the advantages of using nitrile gloves, see our other blog post on the Benefits of ESD Nitrile Gloves and Finger Cots.
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Ensuring ESD Floor Protection During Winter
Posted on Wednesday 20th November, 2024
As the winter months approach, it's important to consider the impact cold weather can have on your static control areas, especially regarding floor maintenance. While Low Volatile Organic Compounds (VOC) products are great for the environment, they can freeze in low temperatures. This makes it crucial to plan and ensure you have the products you need for winter maintenance, particularly for dissipative floor finishes and ESD paint. Low VOC is a good choice but requires extra preparationLow-VOC products have become the standard for many industries due to their reduced environmental impact. They help improve air quality and reduce harmful emissions, which is essential for creating safer, healthier workplaces. However, the downside of using these eco-friendly products is that they can be more sensitive to temperature fluctuations and freeze in colder weather. This can delay your projects or cause difficulties during application, so it’s vital to prepare early. Order early to avoid delaysWinter weather can be unpredictable, and supply chain delays are common during colder months. To avoid running out of critical products for maintenance, like dissipative floor finishes and ESD paint, make sure to plan ahead and order early. It’s far better to have your supplies on hand before the cold hits, ensuring you don’t get caught without essential products for your static control area. The importance of winter maintenance for ESD controlESD control areas, whether in manufacturing facilities, labs, or electronics assembly lines, require regular maintenance to ensure they continue to protect sensitive components from electrostatic discharge. Maintaining dissipative floor finishes is crucial to their performance. While ACL Dissipative Floor Finishes can withstand a few freeze-thaw cycles, avoiding potential damage is preferred. Other coatings, such as ESD Paint may have ZERO VOCs, so taking a proactive approach in avoiding freezing altogether is vital. As temperatures drop, your maintenance schedule should include checks on dissipative floor finishes and ESD paint, both of which play a crucial role in reducing static buildup. These finishes and coatings work by ensuring that any electrostatic charge is safely dissipated, preventing the risk of ESD events that could damage sensitive equipment. By ordering low VOC products in advance and maintaining a proactive approach to your ESD control areas, you can ensure that your business continues to operate smoothly through the winter months. Don’t let cold temperatures disrupt your maintenance schedule or jeopardize the safety of your equipment. Prepare early, and you’ll be ready to face whatever winter throws your way while keeping your static control areas in top condition.
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Protecting Electronics with Low-Outgassing ESD Mats
Posted on Monday 18th November, 2024
A product's outgassing performance is often just as crucial as its mechanical and electrical specifications, especially when used in sensitive device and printed circuit board manufacturing. The outgassing performance of a material is important not only in areas with electronics, but also in areas using sensors, lenses, or mirrors because oxidation can change the optical behavior. It’s vital to understand how to reduce outgassing to protect critical components in many industries, such as aerospace, semiconductor, automotive, and medical. While protective conformal coatings on circuit boards can help prevent sulfur from reaching the components, low-outgassing dissipative mats can further reduce sulfur exposure to electronic components especially while the PCB is unprotected in its pre-coated state. In the case of ESD tablemats, outgassing is the process of releasing gas that was previously trapped, absorbed, or embedded in the material and will release a gas when exposed to heat or placed in a vacuum. This gas will eventually condense onto metal components placed on the mat and may compromise or degrade the metal surface. ACL Staticide understands how crucial it is to mitigate contamination of sulfur outgassing, so we use a third party to ensure our Dualmat .08 dissipative material has low sulfur content. Using an ASTM-approved technique, samples are combusted to 1350 °C in an atmosphere of pure oxygen. The sulfur is oxidized to sulfur dioxide and quantified by infrared absorption. By prioritizing low-outgassing materials, diverse industries can safeguard the performance and longevity of their sensitive electronics, ensuring that critical components remain protected from contamination and degradation.
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