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Mixers are essential in the manufacturing process of fresh pet food as they help in evenly distributing the ingredients, ensuring that each bite contains a nutritious blend. The rise of fresh pet food has been a significant trend in recent years. Pet owners are becoming more conscious about the quality of food they feed their pets, and as a result, there has been a surge in the demand for fresh and nutritious meals for pets. One of the key factors contributing to the rise of fresh pet food is the use of high-quality ingredients. Unlike traditional commercial pet food, which often contains fillers and artificial additives, fresh pet food is made with real, wholesome ingredients that provide optimal nutrition for pets. Quality in the mix Mixers are essential in the manufacturing process of fresh pet food as they help in evenly distributing the ingredients, ensuring that each bite contains a nutritious blend. There are various types of mixers used in the pet food industry, each with its own unique features and benefits. Paddle mixer One popular type of mixer used in the production of fresh pet food is the paddle mixer. This type of

PerMix mixer functions to increase mixing efficiency and profitability Industrial mixers are essential for the processing of powders, pastes, and liquids in industries such as chemicals, plastics, paints, food, pharmaceuticals, and nutraceuticals. However, selecting the right mixer for an application can be difficult. There are different types of mixers such as fluidised zone, plough, paddle, ribbon, or sigma. Variations in quality between domestically sourced and overseas options can also be a concern. Regardless of the industry or type of mixer, quality and performance are crucial to attain the required product specifications while meeting inevitable changes in customer demand. In addition, with the current cost of labour and energy so high, it is vital to optimise efficiencies wherever possible for long- term profitability. To this end, industrial processors are increasingly seeking mixers with design features and capabilities that improve performance, provide more flexibility of mixing style, limit product loss, simplify cleaning

In this blog, we will explore the benefits and applications of using microwave technology for the drying process during the mixing of powders in battery applications. As the demand for efficient and environmentally friendly battery technologies continues to grow, finding innovative ways to improve the manufacturing process becomes crucial. The Importance of Drying in Battery Applications Before we delve into the specifics of microwave technology, let’s first understand the significance of drying during the powder mixing stage in battery production. Drying plays a vital role in removing moisture content from the powders, ensuring optimal performance and stability of the battery cells. Enhanced efficiency and uniformity Microwave technology offers a highly efficient and uniform drying method for powders in battery applications. By utilizing electromagnetic waves, microwaves generate heat directly within the particles, resulting in rapid and even drying. This not only saves time but also improves the overall quality of the battery materials. Furthermore, the use of microwave technology enables precise control over the drying

In this blog, we will explore the different techniques used for powder induction, their benefits, and how they contribute to efficient and effective processes. Powder Induction Techniques are crucial in various industries where powders are used for different purposes. Introduction to Powder Induction Powder induction is the process of incorporating powders into liquids to create a homogeneous mixture. This technique is widely used in industries such as food and beverage, pharmaceuticals, cosmetics, and chemical manufacturing. By properly inducing powders, companies can ensure consistent product quality, improved production efficiency, and reduced waste. Traditional Powder Induction Methods Traditionally, industries used manual methods for powder induction, such as hand mixing or simple agitation. While these methods may be suitable for small-scale operations, they can be time-consuming, labor-intensive, and prone to inconsistencies. In recent years, advancements in technology have led to the development of more efficient and automated powder induction techniques. Inline Powder Induction Systems Inline powder induction

Mixing powders and liquids with inline mixers, which mixer is the right one for your needs? Since 1954 PerMix has been leading the industry, setting the standards others follow. Our ability to combine top-tier engineering & innovation with performance & quality makes us the most disruptive brand in the industry because our products are also affordable. One of our most competitive markets is our inline mixers, homogenizers, emulsifiers, & shear pumps. But which one is right for your needs? PerMix has put together a chart that helps explain the options and differences. Take a look and then come see the PerMix experience.

The PerMix 4-in-1 mixer is a belt mixer, paddle mixer, plough mixer and a vacuum mixer/dryer with fluidised zone in one machine PerMix has revolutionized mixing with a 4-in-1 vacuum mixer & dryer. The 4-in-1 unit allows Lab/R&D facilities to switch between 4 different styles of mixers that may potentially be in service on the production side. With the ability to switch between ribbon mixer, paddle mixer, plow mixer, and fluidized zone mixer, the system is a must have for multi-facility manufacturing of food, pharmaceuticals, nutraceuticals, chemicals, and more. With the ability to mix under vacuum, as well as to heat & chill, all while being controlled by the PLC/HMI, the unit is the ultimate tool for the processing world. And with the data logging and recipe control, there is no guess work needed when it comes to scaling up. Save room, save utilities, and save on equipment costs by having one unit that can do everything. Only from PerMix. Come see the PerMix difference.