Agricultural applications and pharmaceuticals are some of the most popular uses of ribbon blenders. But their productivity depends on many other factors, including materials, packing, and discharge valves. Hence, you should understand the different features of a ribbon blender before purchasing one. Here are a few of them:
Industrial ribbon blenders are widely used in agricultural production. Their applications range from fertilizers, pesticides, and biological fertilizers to animal feed and silage. Moreover, other uses include veterinary medicine, animal feed, pet food, mineral feed, and energy feed. Furthermore, they are used in baking and food production for their precise proportions. So, if you’re interested in learning about these blenders, read on to discover more about their usefulness and benefits.
The versatility and cost-effectiveness of industrial ribbon blenders make them popular in many process industries. One example is a pesticide product manufacturer who needed a large-scale blender. The ribbon mixer, a high-speed agitator, combines helical ribbons to move the material axially. The result is thorough mixing—of agricultural applications of industrial ribbon blenders.
Whether used in pharmaceutical manufacturing, food processing, or laboratories, industrial ribbon blenders have many applications. Their bulky gauge walls and strong end panels ensure the agitator is well controlled. They also feature sturdy stands to prevent collapse and are certified by a prestigious organization. The components of these industrial ribbon blenders are highly durable and approved according to Good Manufacturing Practice (GMP) standards. They also have a robust design, making them suitable for an atmosphere with a significant pressure difference.
Another widely-used application for ribbon blenders is in the agricultural industry. It can be used for mixing pesticides, herbicides, and fertilizers. These blenders also work well for coating dry granules and pellets with liquid. Other applications include animal feed, veterinary medicines, and composite fillers. Pharmaceutical companies also use ribbon blenders in the food processing industry, where they are used to create infant food, cake mixes, dietary supplements, and instant drinks.
Ribbon blenders are widely used in the production of foodstuffs. Their mixing capabilities depend on the density and size of the raw materials. Often, they mix constituents with similar physical and chemical properties. Then, they discharge the finished product from the bottom of a trough through a valve that can be operated manually or pneumatically. Depending on the material, ribbon blenders can discharge the material almost completely with no dead spots.
There are two industrial ribbon blenders: the double-spiral agitator and the paddle agitator. Double-spiral ribbon blenders are used to mix raw materials or wet and dry substances. Further, they have an inner and outer spiral-shaped ribbon blade and are mounted on a horizontal agitator shaft. Paddle ribbon blenders are used for mixing fragile and hard-to-blend materials. The paddle is fixed to the agitator and moves materials forward and backward in a reverse and forward motion.
Industrial ribbon blenders are highly versatile and cost-effective mixers for dry solids. These blenders are a common sight in many process industries. For example, GEA Group recently installed ribbon blenders at Pfizer’s Freiburg, Germany, plant to turn it into a smart facility. These high-speed, high-shear ribbon blenders can perform various tasks, from producing a biological fertilizer to roughage.
The ribbon blender is commonly used for mixing pesticides, fertilizers, and animal feed. The machine also uses a polycarbonate shaft guard to reduce the possibility of collapse. Ribbon blenders have robust stands that can withstand heavy loads. Additionally, they are approved by the Good Manufacturing Practice (GMP) standards. Furthermore, this machine’s robust construction is ideal for use in harsh environments with large amounts of material.
Ribbon blenders are often used in pharmaceutical and food manufacturing operations. They are used to combine dry materials with liquids while also blending food products. Some are even used to make seasoning and pesticide pastes. The ribbons are made from stainless steel and feature a large window opening for easy viewing. Because they have two axes in partial motion, they can work with various materials and can be adjusted for the desired consistency.