Auxiliary Materials can be defined in many different ways. Let’s look at some of the groups of auxiliary materials, their purpose, and their cost. Then, let’s discuss some of the properties and benefits of auxiliary materials. Auxiliary materials are typically used in a variety of applications, from construction to medicine.
Groups of auxiliary materials
Auxiliaries are substances that are added to a basic material to give it a specific property. They are not the main substance of the output, but they are necessary for the basic material to be useful. Auxiliary materials are needed in a variety of processes, including manufacturing, equipment service, building maintenance, worker needs, supply and marketing, and office supplies.
Purpose of auxiliary materials
In a manufacturing process, auxiliary materials are used to improve the end product’s properties. Examples include thickeners, esters, PEG, esterquats, and plasticizers. Some auxiliary materials have special properties, such as being hydrophilic, enhancing their properties in wet conditions, while others, such as polyester resins, provide properties such as antistatic and a pleasant touch.
Auxiliary packaging materials include liners, foil, and lids. In short, anything used to wrap products or to protect them from damage. These auxiliary materials can be manually inserted into a package or they can be communicated automatically through EDI messages. They can also be used to send advanced shipping notifications for consignment orders.
Properties
In manufacturing, auxiliary materials are the materials that are not a main ingredient in the finished product. They are used to enhance the production process and contribute to the product’s basic structure. In addition to their main purpose of enhancing the quality of the final product, these materials also play a variety of other roles.
Some of these auxiliary materials are recyclable or reusable. For example, oil can be recycled and overalls can be repaired. Moreover, some of these materials are biodegradable, which makes them environmentally friendly. For this reason, these materials are widely used in the manufacturing process of many products. These materials are used in various industries to enhance the quality of their final products.
Another important factor is their high mobility. The composite auxiliary material should be spherical and possess a high mobility. For this, it is preferred to use mannitol at a mass ratio of 9840 with PVPP. Moreover, cocrystallization can also be used to improve the mobility and compressibility of the composite auxiliary material. Using these materials together can overcome the defects of both substances separately.
Costs of auxiliary materials
There are several costs that can be incurred during the manufacturing process. These materials can include industrial chemicals, enzymes, fabric, disinfectants, detergents, equipment, and packaging materials. These items can increase the cost of a product and can be more costly than raw materials. This article will give you an idea of the cost of these materials in the manufacturing process.
Although they are not directly related to the output of the product, auxiliary materials are still a significant part of the overall cost of production. The total amount spent on auxiliary materials depends on the amount of production and the amount of energy used in the process. This cost varies by industry, but it is estimated to make up between four to six percent of the overall cost of production. Light industry typically spends 2.9 percent on auxiliary materials, followed by machine-building and metal working at 4.2 percent. The coal industry, on the other hand, spends 11.0 percent on auxiliary materials.
The proposed method enables the management of auxiliary materials in residential construction using a BIM-based methodology. It combines a BIM application named zgBIMs with auxiliary material management to better oversee the distribution of materials and introduce a reward and punishment mechanism. In addition, the proposed method can decrease waste in auxiliary materials and reduce construction costs.
Distinguishing auxiliary materials from raw materials
In a manufacturing process, raw materials are essential ingredients that need to be processed to create a finished product. They are used in the production process to impart specific properties to the output. In contrast, auxiliary materials are used for a specific time, but do not contribute directly to the final product. Examples of auxiliary materials include flour, salt, pepper, cooking oil, and tempeh. Flour absorbs excess oil before it is used in a food product, and cooking oil absorbs any remaining oil before it is packaged.
Some auxiliary materials are recyclable and have numerous uses. For example, petroleum products can be recycled and used to make new products. Oil can also be recycled and overalls can be repaired. The difference between raw materials and auxiliary materials is important when recording inventory and determining the amount of ingredients you need to produce a product.