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Whether you are seriously considering a tumble blender for your process or still shopping for a suitable piece of blending equipment, here are 10 basic things you should know and think about before the making final decision.
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This white paper presents some strategies for improving commonly encountered batch mixing problems. Because mixing processes vary from one application to another — with different objectives, design configurations, rheologies, operating limitations, etc. — there are no fix-all solutions that will apply to every situation.
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PX introduces the new SanStar SSi (Stainless Steel inline) sanitary mixer from its Lightnin brand.
Industrial food blending usually refers to the process of mixing two distinct solids or mixing of bulk solids with small ratios of liquids. Blending and mixing are interchangeable terms. However, blending is generally more gentle than mixing, which is why it’s technically different. The outcome of blending is to take two or more pure elements and combine them into a new product where samples of it will contain the same ratio of the elements that were combined to be blended.
Examples of products created from mixing solids in food manufacturing include: cake mixes, coffee, tea, beverage powders, ice-cream mixes, yogurts, spices, flours, trail mixes, and cereals.
Examples of or products created from mixing solids with liquids in food manufacturing include: confectionary, pasta, ready-to-eat cereals, pet foods, and dairy products.
Blending equipment is offered in various styles. The style that your food-making operation needs will be based on many different factors, such as, but not limited to: what products are being blended, efficiency, batch size, the facility’s available manufacturing space, preciseness of the blend, energy costs, discharging options, cleaning, and sanitation options.
The most-common styles of blending equipment are:
After choosing the style of industrial food blender that will suit your company’s food-processing requirements, it will be equally important to make sure the ribbons, paddles, rods, and shafts are matched to the physical properties of the elements being blended. This is imperative to ensuring better efficiency and reducing maintenance downtime.