Tag Archives: Vikan

Don’t Be in a Brush Rush…

Ah, the beauty and purity of a new cleaning tool. Freshly removed from any packaging, and unsullied by the elements: nothing but possibility ahead of it. Whether you enjoy opening new tools as much as I apparently do, or you are more in the “pop it open, because there is a ton of stuff to do” camp, there are a few tips that our friends from Remco have provided to get the best out of your new cleaning tool. These simple steps help to ensure safety before the first use.

How to Prepare a New Cleaning Tool for Use
New cleaning tools—especially those sealed in plastic pouches like the ones from Vikan® and Remco—often look like they’re ready for use right out of the bag. It’s easy to assume these tools can start sweeping, mopping, and brushing right away, however, as most in the food industry know, looking clean isn’t the same as actually being clean. Here are a few steps that must be taken to ensure all new tools are ready for use in food production plants:

Remove Any Labels
Vikan® and Remco both apply labels directly to some of their products, as do many other cleaning tool manufacturers and distributors. Ideally, these labels will peel off easily, especially when they’re dry. If there’s a problem removing a label or there’s residual stickiness, simply use a washrag with warm water and soap, or use a sponge soaked in vinegar to remove the label and any adhesive left behind. It’s easier to peel labels when they’re dry, but a little extra effort may be needed for particularly stubborn adhesives. It’s essential to remove the label and adhesive fully, as the sticky residue can be a trap for debris and bacteria.

Clean the Tool
New tools may seem clean, but they’re produced in factory environments that do not have the same rigorous sanitation requirements as food manufacturing facilities. Put new tools through an industrial dishwasher or hand wash them, depending on what the plant’s HACCP plans call for during the tool’s regular usage. Either cleaning option may help remove any remaining label residue, along with preparing the tool for its first use. Don’t make the mistake of assuming a broom or a squeegee that will be used in a low-risk environment is “clean enough” when it comes out of the package. The tool should still be cleaned.

Sanitize for High-Risk Conditions
Decide how clean a tool should be before use, follow HACCP plans for how they’ll be cleaned during their regular usage. If a tool will be used in a high-risk environment, it should be sterilized before its first use, ensuring any microbes that may have contaminated the item before it arrived to you are fully destroyed. If a tool is going to be used in a low or medium-risk facility, simply cleaning and sanitizing the tool should be enough for it to be used safely.

Dry the Tool
No tool is clean without having been dried first. Whether by hanging it or by putting it through an industrial dishwasher’s drying cycle, tools must be dry to be considered clean. This helps prevent mold and other microorganism growth and ensures the tool is ready for use.

Once these steps are complete, the tools are ready for their designed purposes in food processing plants. Remember to maintain tools by keeping them free of debris and cleaning them frequently. Regular maintenance—starting with these first steps—will keep tools hygienic and help them last longer.

Nelson-Jameson carries a wide selection of color-coded products, including the full line of Remco products. Contact us today to learn more about the many ways Nelson-Jameson and our industry partners can help you get the tools you need on your pathway to creating safe, quality food.

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NEW Color-Coded Catalog Available Now!

Springtime brings many new colors, from the flowers popping up in gardens to the spring and summer produce offerings at the grocery store. During this colorful time of year, it might be the perfect opportunity to take a look at color-coding in your facility, whether that means starting a new color-coded program or expanding an existing program.

Nelson-Jameson has expanded our color-coded program once again with the release of our 2021 Color-Coded Catalog. This year’s catalog has grown to 68 pages of products that are designed to help prevent allergen migration and cross-contamination. A complete color-coded program helps to lay the foundation for a solid food safety program, and can help minimize the risk of cross-contamination.

Why choose a color-coded system? A complete color-coded system helps promote organization and efficient workflow. Designating critical control areas and zones helps your sanitation program by ensuring that the tools stay in the areas in which they are meant to be used, doing jobs they are meant to do.

In addition to having the most extensive color-coded program in the industry, we also have the most color options to help meet all your color-coded needs. Our expanded catalog also includes new items like Carlisle Total Color Products, ColorCore Cleaning Tools, Vacuum Accessories, Cutlery, and more.

From the lab to the processing line, Nelson-Jameson has the color-coded products you need to produce safe, quality food. Download or request a copy of our new color-coded catalog today!

 

 

 

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The Science of Sweep

UST2It is quite easy to go through the day without taking a second look or give a second thought to the brushes we may use in our food industry operations or in our homes. Considering the vigorous workouts that we give our brushes, and the harsh conditions we expose them to, these workhorses are probably, at best, considered a basic tool with a basic function. Yet, the brushes we utilize today in industrial and domestic realms are the result of continuously morphing science and engineering standards.

For instance, filaments, the frontline soldiers in scouring, are put under a great deal of constant duress. In order to ensure that filaments (which can be made of several different materials, including polyester and polypropylene) don’t shed like needles from a dry Christmas tree, various settings have been developed to both allow durability and reflect standards of sanitary practice.

For basic cleaning, filaments have been traditionally set in with staples. Filaments are held in place, allowing for a level of durability and the ability to retain the filaments. However useful, staple-set brushes, because of their setting do permit small pieces of debris to get caught within the setting and may allow the growth of potential bacteria that get caught there. Such general-use brushes may work within certain circumstances; yet, they present some issues when contending with ensuring sanitary standards in food industry environments.

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