Learning Center
![Loading...](https://nelsonjameson.com/pub/static/version1721227193/frontend/Codazon/unlimited_child/en_US/images/loader-1.gif)
Welcome to our comprehensive Glove Selection Guide, curated by Nelson-Jameson. In this informative resource, we navigate through various aspects of glove selection to assist you in making informed choices for safety and personnel protection. Discover key information about different glove materials, including the renowned DuPont Kevlar and DSM's Dyneema, known for their cut-resistant properties. Explore fabric types like Interlock Knit and Brushed Jersey Cotton, each offering unique benefits. Delve into cuff styles such as Rolled Beaded and Gauntlet, understanding their purposes in providing enhanced protection. Uncover insights into chemical and liquid protection gloves, from supported to flocked options. Learn about disposable glove elements like powdered and powder-free varieties, as well as materials like latex, neoprene, nitrile, polyethylene, and vinyl. The guide also provides valuable tips on sizing to ensure optimal comfort and protection. Whether you're in search of cut-resistant,
Welcome to our exploration of wet mops for cleaning and maintenance, brought to you by Nelson-Jameson. This comprehensive guide sheds light on different yarn materials, such as Cotton, known for its absorption and cost-effectiveness, and Rayon, prized for quick absorption and resistance to mildew. Discover the advantages of Cotton/Synthetic Blend, a harmonious fusion of performance and durability. The guide also delves into the distinction between Cut-End and Looped-End Mops, offering valuable insights into their characteristics, cost considerations, and longevity. Whether you're looking to understand the nuances of yarn materials or seeking guidance on mop types, our mop buying guide equips you with essential knowledge. Additionally, explore care and maintenance tips for maximizing the lifespan of your mop heads, and learn about the benefits of Color-Coded Mops in preventing cross-contamination. Enhance your understanding of yarn varieties and elevate your cleaning practices with Nelson-Jameson's
Streamline your waste management process by exploring our comprehensive Container & Liner Buying Guide. Selecting the right liner and container is crucial to overcoming common challenges, such as liners that are either too small, falling into the can, or too large, resulting in unnecessary expenses and wasted plastic. Our guide not only provides valuable insights into choosing the correct liner size for your container but also offers an extensive overview of various bag types.Dive into the importance of knowing your container size and understanding the applications of different plastics—Linear Low Density Polyethylene (HDPE) for smooth materials and Linear Low Density Polyethylene (LLDPE) for rough and sharp materials. Discover the significance of gauge thickness and the nuanced measurements of Mil and Micron in evaluating liner strength. Empower yourself with the knowledge contained in our guide to make informed decisions for efficient waste containment and disposal. Explore
The American National Standards Institute (ANSI) revised the standard relating to first aid kits in the
Delvo®Cid+ introduces a revolutionary advancement in natamycin technology, mitigating the risk of yeast and mold growth in dairy and meat products with unparalleled speed and efficacy. This breakthrough offers several advantages, including faster solubility, allowing for the rapid protection of liquid products within minutes. Delvo®Cid+ demonstrates improved suspension properties, ensuring natamycin crystals remain active and suspended for extended periods, providing enhanced protection. Highly convenient and cost-efficient, Delvo®Cid+ is a flexible, ready-to-use product with a reduced risk of application errors. With applications in cheese ripening, brine baths, and sausage casings, Delvo®Cid+ is a low-dosage, versatile solution, ensuring immediate safeguarding against contamination and optimal functionality even in challenging conditions like high salt levels.
Navigating the vast array of pH electrodes to find the perfect fit for your application can be a daunting task, given the multitude of options available. This comprehensive selection guide serves as a valuable resource to ensure that you make the right choice when ordering a pH electrode tailored to your specific needs. Exploring the distinctions between gel-filled and refillable electrodes, glass and epoxy body designs, bulb variations, and reference chemistry, the guide offers insights into crucial features that impact electrode performance. From the ruggedness of a semi-dome design to the temperature resistance of glass bodies, each aspect is meticulously covered. The guide delves into the intricacies of reference design, emphasizing the importance of preventing contamination and presenting alternatives like double-junction or calomel electrodes. Brands such as Oakton, Pinnacle, and Thermo Scientific Orion are highlighted, offering a diverse range of electrodes with varying features
Navigate the intricacies of hose selection with confidence by leveraging our Hose Temperature & Pressure Reference Guide. Designed to be your go-to resource, this guide empowers you to make informed decisions tailored to the specific demands of your applications. Whether you're dealing with high temperatures, variable pressure environments, or both, this comprehensive reference guide provides clarity on which hoses are equipped to handle the heat and pressure levels required to get the job done. By consulting this invaluable tool, you can streamline the selection process, ensuring that your chosen hose not only meets but exceeds the temperature and pressure thresholds crucial for optimal performance. Don't leave these critical parameters to chance—utilize our Hose Temperature & Pressure Reference Guide to make confident, well-informed choices for your diverse hose applications.
The ratings in this chart are based on the results of laboratory tests. They reflect the relative capabilities of various Teflon, silicone, PVC and rubber hose formulations to withstand specific chemicals. NOTE: The ratings in the chart DO NOT reflect the extent to which extraction may occur or the extent to which fluids may undergo any physical changes in properties or composition as a result of coming into contact with the hose. Saint-Gobain Performance Plastics makes no representation or warranty concerning the susceptibility of any fluid to become contaminated or undergo changes in properties or composition as a result of possible extraction of hose ingredients by the fluid to be transmitted. Certain corrosives that would be destructive to the hose with prolonged exposure can be satisfactorily handled for short periods if flushed with water after use. All ratings are based on room temperature (73°F). Chemical resistance will be adversely affected by elevated temperatures.
Embark on a journey of secure and efficient hose installations with this crucial information encompassing pre-installation inspection, service life factors, and meticulous installation procedures. Before initiating the installation process, meticulously examine the hose for any visible damage, ensuring that only pristine hoses are deployed. The guide emphasizes the importance of proper hose selection by evaluating factors such as materials, pressures, chemical compatibility, and temperature. With detailed visuals and instructions, the guide provides insights into hose movement restrictions, torque sequences, and minimum bend radii. Whether it's preventing severe bends, avoiding twisting during assembly, or using torque wrenches for accurate tightening, each step is elucidated for a foolproof installation process. Additionally, explore the factors influencing service life, from corrosion considerations to fatigue, wear, and proper hose configuration. This guide is an indispensable resource
Explore our informative chart on filtration ratings! It covers mesh sizes, micron values, and their corresponding inches. The chart details different filtration levels, from coarse to micro, showing what each mesh size can capture. Whether it's gravel, beach sand, or other tiny particles, this chart is a handy reference for anyone interested in filtration. It's an essential tool for understanding how filtration works across various materials.