The new Safe-Serv Hands-Free Condiment Dispensers from Lakeside are an excellent solution for reducing contact, protecting against foodborne illnesses, and enhancing sanitation in your foodservice business. These versatile dispensers can be placed wherever needed in your establishment. Since they operate using a simple foot pump, there's no need for electricity, eliminating the hassle of batteries or cords. This foot pedal mechanism transforms traditional hand-operated bulk condiment pumps (not included) into a touchless system and works seamlessly with most common pump sizes available today. Additionally, the adjustable shelf provides a 6-3/4 inch range to accommodate various pump styles and sizes.
The Safe-Serv Hands-Free Condiment Station comes in four distinct sizes. The single pump model measures 16†x 18-1/2†x 48†H and features a top handle along with lockable dolly casters for easy mobility. The double pump unit, designed to hold two different condiments or sauces, is 26†x 18-1/2†x 48†H and also includes these convenient features. Both models are highly portable and can be wheeled into position effortlessly. The triple pump unit, measuring 36-1/4†x 18†x 46-1/4†H, offers three independent dispensing options, while the largest quad pump unit, at 16-1/2†x 18†x 46-1/4†H, can cater to even more condiment needs. Each unit includes a detachable catch tray for simplified cleaning, and the cabinet back is removable for accessing the pump shelf adjustments.
Labels are provided for each unit, featuring popular condiments such as ketchup, mustard, relish, barbecue, and ranch, as well as a blank label for custom sauces. The Safe-Serve Hands-Free Condiment Stations are compatible with all standard bulk condiment containers and feature an easy dispensing flow control system to minimize spills and messes. Constructed from durable, easy-to-clean stainless steel, all four sizes ensure longevity and hygiene in foodservice environments.
These dispensers offer a touchless method to serve condiments while promoting better sanitation and reducing patron-staff interaction. Ideal for K-12 schools, colleges, universities, stadiums, arenas, cafes, and any location where condiments are self-served, these units provide a cleaner alternative to single-use packets. As they don’t require power, they can be positioned anywhere condiments are served—whether in the dining area or the kitchen.
Bio-based PHA Staple Fibers Marine Degradation Home Compostable PHA staple fibers Marine degradation home compostable Ningbo Neon Lion Technology Co., Ltd. , https://www.neonliontech.com
September 22nd, 2020
Check out the image below to see how sleek and functional these dispensers look in action:
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PHA fiber is a biocompatible and degradable whole biological polymer produced by various microorganisms (such as soil bacteria, cyanobacteria, transgenic plants, etc.). This fiber has excellent biocompatibility, optical activity, piezoelectricity, moisture resistance, low permeability and other good properties, under normal circumstances stable nature, but in the soil, lakes, oceans and other environments are easy to biodegrade, so the use of PHA fiber products buried in the soil or placed under the water can quickly degrade, thereby reducing environmental pollution. PHA fiber products can be used for medical materials, health materials and other aspects. In addition, PHA fiber has complete biodegradability, excellent biocompatibility, good physical properties and thermal processing properties, but also has a natural antiviral and antibacterial effect, so it is an advanced material for the production of high-end clothing, underwear and so on.
Recently, scientists at The National Renewable Energy Laboratory (NERL) and Colorado State University, in collaboration with The North Face, have developed a range of PHAs with different properties, some of which are similar to conventional polyester, but they are bio-based, biodegradable, and easier to recycle. The collaboration brings sustainable materials to the outdoor apparel industry, with plans to produce several pounds of PHA fiber over the next 12 months and to test and evaluate its use in The North Face product line.
In addition, the study of PHA fibers also involves blending with other materials to improve their properties. For example, blending silk with 5wt% titanium dioxide can overcome the adhesion problem of pure PHA and improve the fiber strength; When it was blended with polyethylene terephthalate (PET), the spinnability was good when the spinning temperature was 285℃ and the PHA content was 1.5-2.5wt %, and the maximum drawing ratio increased with the increase of PHA content. The toughness and thermal stability of PHA fiber can be greatly improved by adding PHA-B-PCL block copolymer.
In summary, PHA fiber, as an all-bio-polymer material, not only has good environmental friendliness and biocompatibility, but also has extensive application potential and research value.