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Proper maintenance of food storage containers is essential to ensure their longevity and optimal performance. In this blog, we’ll delve into effective maintenance practices that will help you make the most of your food storage containers. 1. Regular Cleaning Routine Explore the importance of establishing a routine cleaning schedule for your food storage containers. Learn…

In commercial kitchens, the use of food storage containers is critical for maintaining efficiency and ensuring food safety. In this blog, we’ll explore the indispensable role of food storage containers in professional culinary environments. 1. Bulk Ingredient Storage Explore how food storage containers streamline bulk ingredient storage in commercial kitchens. Learn about containers that keep…

Advancements in technology and design have led to innovative features in food storage containers that enhance convenience and functionality. In this blog, we’ll explore the latest innovations that make food storage more efficient and user-friendly. 1. Vacuum-Sealing Technology Explore how vacuum-sealing technology extends the freshness of stored food. Learn how these containers remove air to…

Maintaining proper hygiene when using food storage containers is essential for preventing foodborne illnesses and ensuring the safety of your stored food. In this blog, we’ll delve into the best practices for keeping your food storage containers clean and safe. 1. Regular Cleaning Routine Explore the importance of establishing a regular cleaning routine for your…

Food storage containers play a pivotal role in meal prepping and enabling on-the-go lifestyles. In this blog, we’ll explore how these containers enhance meal prepping efficiency and make it easy to enjoy homemade meals anywhere. 1. Portion Control and Healthy Eating Discover how food storage containers assist in portion control during meal prepping. Learn how…

Embracing sustainable practices in the kitchen includes using reusable food storage containers. In this blog, we’ll delve into the benefits of adopting reusable containers for food storage, promoting eco-friendly habits and reducing single-use plastic waste. 1. Waste Reduction Explore how reusable food storage containers significantly reduce single-use plastic waste. Learn how replacing disposable bags and…

Efficient organization is key to a well-functioning kitchen, and food storage containers play a central role in achieving this. In this blog, we’ll provide practical tips for organizing your kitchen using food storage containers, creating a tidy and efficient culinary space. 1. Categorization and Labeling Explore the benefits of categorizing and labeling food storage containers.…

Ensuring food safety is paramount when using food storage containers. In this blog, we’ll delve into food storage container safety, providing guidelines and best practices to protect your health and the integrity of your stored food. 1. BPA-Free and Food-Grade Materials Explore the importance of choosing BPA-free and food-grade materials for containers. Learn how these…

Food storage containers come in various materials, each with its own set of benefits and considerations. In this blog, we’ll compare three popular materials – plastic, glass, and stainless steel – used in food storage containers, helping you make informed choices for your kitchen. 1. Plastic Food Storage Containers Explore the pros and cons of…

Food storage containers are essential tools for preserving the freshness of ingredients and minimizing food waste. In this blog, we’ll provide a comprehensive guide to using food storage containers effectively, ensuring the longevity of your food and promoting sustainable practices. 1. Choosing the Right Material Explore the different materials used in food storage containers, such…

In the context of small apartments and limited living spaces, plastic storage containers offer an ingenious solution to maximize space and maintain a clutter-free environment. In this blog, we’ll explore how plastic storage containers can transform small living areas into organized and functional spaces. 1. Vertical Storage Maximization Discover how plastic storage containers can help…

In the retail industry, effective organization and appealing product displays are key to attracting customers and driving sales. Plastic storage containers play a vital role in achieving these objectives. In this blog, we’ll explore how plastic containers enhance retail organization and visual merchandising. 1. Inventory Management Discover how plastic storage containers streamline inventory management in…

In laboratory settings, efficient organization is crucial for smooth operations and accurate results. Plastic storage containers play a pivotal role in maintaining order and optimizing workflows. In this blog, we’ll explore how these containers contribute to enhanced laboratory efficiency. 1. Sample Storage and Labeling Discover how plastic storage containers are essential for storing and labeling…

Plastic storage containers offer valuable solutions for creating organized and efficient classroom environments. In this blog, we’ll explore how educators can harness the versatility of plastic containers to enhance classroom organization and create optimal learning spaces. 1. Supplies and Materials Discover how plastic storage containers can effectively store and organize classroom supplies and materials. Learn…

Plastic storage containers play a crucial role in enhancing efficiency and organization in various business environments. In this blog, we’ll explore how these containers contribute to streamlined workflows, optimized storage, and improved productivity. 1. Retail Inventory Management Discover how plastic storage containers are essential tools for retail inventory management. Learn about their use in storing…

Plastic storage containers are not only practical but can also be part of a sustainable approach to organization. In this blog, we’ll explore how using plastic storage containers aligns with eco-friendly practices and contributes to reducing waste. 1. Reusability and Longevity Discover how plastic storage containers’ durability and reusability contribute to waste reduction. Learn how…

Plastic storage containers offer versatile solutions for maintaining an organized and clutter-free home. In this blog, we’ll explore how these containers can be effectively used in various areas of your home to optimize space and enhance overall organization. 1. Kitchen Organization Discover how plastic storage containers can transform your kitchen into an efficient and well-organized…

Plastic storage containers play a vital role in commercial settings by facilitating efficient organization, storage, and inventory management. In this blog, we’ll explore how plastic storage containers are utilized in various commercial environments to optimize workflows and enhance productivity. 1. Retail and Inventory Management Discover how plastic storage containers streamline inventory management in retail environments.…

Plastic storage containers have evolved significantly, thanks to scientific advancements in materials and design. In this blog, we’ll delve into the science behind plastic storage containers, exploring the materials used and the innovative features that enhance their functionality. 1. Materials Selection Explore the variety of plastic materials used in storage container production. From polypropylene to…

Plastic storage containers are indispensable tools for maintaining an organized and clutter-free space. In this comprehensive guide, we’ll delve into the various aspects of using plastic storage containers for efficient organization, whether at home, in the office, or in commercial settings. 1. Types and Sizes of Containers Explore the different types and sizes of plastic…

A commonly used packaging is a general term used to produce plastic products by blister technology and encapsulate the products with corresponding equipment. The sheet material of the blister packaging box is heated at high temperature and then vacuum suctioned and cooled into a plastic box shape. Commonly used raw materials The raw materials of…

How to choose a plastic lunch box? ⒈Plastic lunch box raw materials: As consumers pay more and more attention to health, people are concerned about the health of the materials used in the plastic lunch box itself. Hygienic and safe materials, such as PC materials, PE materials and PP materials, are harmless to the human…

Types of plastic boxes: 1. Ordinary plastic container: Most of them use high-density polyethylene HDPE, which has general impact resistance and weather resistance, and is not degradable. 2. ABS plastic box: Acrylonitrile-butadiene-styrene copolymer, low heat distortion temperature, flammable, poor weather resistance. Generally, recycled ABS materials are used, ABS resin is recycled, and treated with impurity…

What kind of storage box is suitable for books? Demanders are mainly concentrated in students and some reader groups with a large collection of books. Size is the first element. To be able to put down the books exactly, without wasting extra space. There are many kinds of book specifications, from 64-open dictionaries to various…

Plastic storage boxes generally have three materials: PP, PP high permeability, PP co-propylene. The plastic storage box plays a role in organizing and storing in daily life, which is very practical. Committed to the development, design and production of logistics and warehousing products for various enterprises. And with excellent quality and perfect service, we have…

Plastic lunch boxes are also available in a variety of styles and sizes. Different shapes store different things, making it more convenient to use. In addition to the common squares, rectangles, and circles, there are also suits designed for picnics, making life easier and more convenient. 1.Square plastic lunch box: suitable for storing various condiments,…

How to choose plastic food container? ⒈Plastic food container raw materials: As consumers pay more and more attention to health, people are concerned about the health of the materials used in the plastic food container itself. Sanitary and safe materials are harmless to the human body, such as PC materials, PE materials and PP materials.…

Appearance characteristics The soft plastic bucket is beautiful, light in weight, strong, impact-resistant, corrosion-resistant, foldable, non-toxic and tasteless, and easy to transport. The product is suitable for packaging various salted and halogenated liquid foods, condiments, medicines and health products, wines and fine chemical products. Product features: It has acid resistance, alkali resistance, high temperature resistance,…

Raw materials for plastic barrels: The main raw material for the production of plastic barrels is polyethylene (PE), referred to as PE, which is a high molecular organic compound made by addition polymerization of ethylene. Polyethylene is recognized as the best material in contact with food in the world. It is non-toxic, tasteless and odorless,…

The development prospects of plastic cans With the rising price of aluminum and tinplate cans, the packaging costs continue to rise, and traditional cans are opaque, and consumers cannot observe the packaging products. Plastic food cans were launched on the market under this background. Plastic food cans are made of PET, which is lighter than…

The development of plastic bottles The current world economy is undergoing changes, and the domestic industrial structure is also in a stage of continuous upgrading. In the current process of industrial upgrading, some low value-added enterprises have encountered unprecedented challenges and faced various difficulties due to various operating difficulties. Today, we will talk about plastic…

Features of anti-static plastic box The anti-static plastic box is non-toxic, odorless, moisture-proof, corrosion-resistant, light weight, durable, and stackable. Anti-static plastic box has anti-folding, anti-aging, high load-bearing strength, stretching, compression, tearing, high temperature, making it into a box-type turnover box, which can be used for both turnover and finished product shipping packaging. It is lightweight,…

Advantages of plastic turnover box: Color: blue, white, yellow, red, green, black, etc. Other colors can be customized according to customer requirements. Beautiful and durable: Plastic turnover box products are made of low-pressure high-density polyethylene (HDPE) (PP) one-time injection molding, with good gloss, good hand feeling and long service life. Beautiful, light, non-slip, non-slip, impact…

Features of plastic logistics box Plastic logistics boxes are resistant to bending, aging, bearing strength, stretching, compression, tearing, high temperature, rich colors, and packaging box-type turnover boxes can be used for both turnover and finished product shipment packaging. They are lightweight, durable, and Stacked. Various specifications and sizes can be customized according to user needs,…

The role of plastic turnover box Plastic turnover boxes are suitable for clothing, hardware, machinery, electronics, chemicals, instrumentation, aquaculture, food, aquatic products, logistics and warehousing and other industries. They can be used to store food, convenient for cleaning, convenient for parts turnover, neatly stacked, and easy to manage. Its reasonable design and excellent quality are…

Plastic logistics boxes can be divided into: 1. Ordinary stackable turnover box (this type of logistics box is the most common stackable logistics turnover box, whether it has a matching box cover or no box cover will not affect the upper and lower boxes or multiple boxes Flexible stacking.) 2. Inclined insertion type turnover box…

Plastic logistics boxes and plastic turnover boxes are made of high impact strength HDPE (low pressure high density polyethylene) and PP (polypropylene) as raw materials. Plastic logistics boxes are widely used for a wide range of purposes, which are convenient for parts turnover, neatly stacked, and easy to manage. Its reasonable design and excellent quality…

Health hazards of plastic packaging Plastic packaging materials have the advantages of light weight, high strength, good impact resistance, transparency, moisture resistance, beauty, stable chemical properties, good toughness and corrosion resistance. They have widely replaced metal, wood, paper, glass, leather, etc. in the packaging field. Therefore, plastic packaging has played an irreplaceable role in reducing…

How to Identify different kinds of plastic? 1. Polyvinyl chloride (PVC) Appearance: (same as polycarbonate) Flammability: flame retardant. It burns yellow in the flame, the edge of the flame is green, white smoke; there is a softening phenomenon. A burnt smell can be smelled. 2. Amino resin (UF urea/formaldehyde; MF melamine/formaldehyde) Appearance: (including filler) hard.…

Summary of identification of plastics 1. Polytetrafluoroethylene (PTFE) Appearance: translucent to opaque, flexible and flexible. Flammability: non-combustible. A pungent odor (HF) in hot conditions. 2. Polyamide (PA) Appearance: translucent to opaque. Flammability: non-flammable, extinguished immediately after leaving the flame. When burning in a flame, there is blue smoke, and the upper end is orange-red; there…

Methods of identifying different plastics 1. Density method: By examining the density of various plastics and using liquid as a medium to see their ups and downs, the category of plastics can be roughly distinguished. Assuming that plastics can float on the surface in water, it can be determined that the raw material is not…

How to identify plastic easily？ First of all, because the darker color pigments are generally very toxic, in general, the darker the color, the more toxic the plastic. Another very important reason for dyeing plastic is that the raw material is waste plastic, in order to cover up the original color. The second is smell.…

Other types of PC are commonly used in: kettles, cups, and bottles. Use: A material that is used in large quantities, especially used in baby bottles, which is controversial because of its content of bisphenol A. Clean measures against bisphenol A The residual bisphenol A in PC, the higher the temperature, the more release and…

PP is commonly used in: soy milk bottles, yogurt bottles, juice drink bottles, microwave lunch boxes. Use: The common melting point is as high as 167 ℃. It is the only plastic box that can be safely placed in the microwave oven and can be reused after careful cleaning. Need special attention, some microwave lunch…

PVC is commonly used in: common raincoats, building materials, plastic films, plastic boxes, etc. It is rarely used for food packaging. Use: This material has excellent plasticity and low price, so it is very popular. It can only heat up to 80 ℃, and it is easy to produce harmful substances at high temperatures, and…

PET is often used in: mineral water bottles, carbonated beverage bottles, etc. Use: heat-resistant to 65°C, cold-resistant to -20°C, only suitable for warm or frozen drinks, high-temperature liquids, or heating, it is easy to deform, and harmful substances to the human body will melt. In addition, scientists discovered that after 10 months of use for…

Plastic processing technology Compression molding Compression molding is also called compression molding or compression molding. Compression molding is mainly used for the molding of thermosetting plastics such as phenolic resin, urea-formaldehyde resin, and unsaturated polyester resin. Calender Calendering is to process the resin and various additives through the gap between two or more calender rolls…

Blow molding Blow molding is also called hollow blow molding or hollow molding. Blow molding is a method in which the hot resin parison closed in the mold is blown into hollow products by the pressure of compressed air. Blow molding includes two methods: blown film and blown hollow products. Blow molding can be used…

Forming definition Plastic molding processing refers to the process of making final plastic products from polymers manufactured by synthetic resin manufacturers. Processing methods (usually referred to as one-time plastic processing) include compression molding (compression molding), extrusion molding (extrusion molding), injection molding (injection molding), blow molding (hollow molding), calendering, etc. Blister After the sheet is heated…

China is a big agricultural country. Agricultural plastic products have become an indispensable material for the development of modern agriculture. It is an irreplaceable technical measure to resist natural disasters and achieve stable, high-yield, high-quality and high-efficiency crops. It has been widely used in China’s agriculture, forestry, animal husbandry, and fishery. , Agriculture has become…

The development of plastic packaging Plastic packaging materials mainly include plastic flexible packaging, woven bags, hollow containers, turnover boxes, etc., which are one of the largest areas in the application of plastic products. Plastic packaging accounts for about 1/3 of the total output of packaging materials, ranking first among all packaging materials. Various mineral products,…

Plastics for the development of machinery The huge plastic market has played a role in promoting the development of the plastic machinery industry. The plastic machinery industry has a wide range of applications including packaging, agriculture, construction, automobiles and other fields. With the continuous development of the domestic petrochemical industry, the plastic machinery industry has…

Application and development of plastics The rapid development of the plastics industry has also brought about a series of social problems caused by waste plastics and waste plastics. The application of plastic products has penetrated into every corner of society, from industrial production to food, clothing, housing and transportation, plastic products are everywhere. Plastics has…

Plastics classification by molding methods According to the different molding methods of various plastics, it can be divided into film pressing, lamination, injection, extrusion, blow molding, casting plastics and reaction injection plastics. 1. Film pressure plastics are mostly plastics whose physical properties and processing properties are similar to those of general solid plastics; 2. Laminated…

Thermosetting plastics refer to plastics that can be cured under heat or other conditions or have insoluble (melting) characteristics, such as phenolic plastics, epoxy plastics, etc. Thermosetting plastics are divided into formaldehyde cross-linked type and other cross-linked types. After thermal processing and molding, an infusible and insoluble cured product is formed, and the resin molecules…

Thermoplastics refers to plastics that melt after heating, can flow to the mold after cooling, and then melt after heating; heating and cooling can be used to produce reversible changes (liquid ←→solid), yes The so-called physical change. General-purpose thermoplastics have continuous use temperatures below 100°C. Polyethylene, polyvinyl chloride, polypropylene, and polystyrene are also called the…

What is special plastic? Special plastics generally refer to plastics with special functions that can be used in special applications such as aviation and aerospace. For example, fluoroplastics and silicones have outstanding high temperature resistance, self-lubricating and other special functions, and reinforced plastics and foamed plastics have special properties such as high strength and high…

What is engineering plastic? Engineering plastics generally refer to plastics that can withstand a certain external force, have good mechanical properties, high and low temperature resistance, and have good dimensional stability. They can be used as engineering structures, such as polyamide and polysulfone. In engineering plastics, it is divided into two categories: general engineering plastics…

Functions of commonly used plastics 1. Polypropylene: Relatively speaking, polypropylene has more varieties, more complex uses, and various fields. The varieties mainly include homopolypropylene (homopp), block copolymer polypropylene (copp) and random copolymer polypropylene (rapp) According to different uses, homopolymerization is mainly used in the fields of wire drawing, fiber, injection, BOPP film, etc., copolymer polypropylene…

Commonly used plastic varieties performance 1. Polyethylene: Commonly used polyethylene can be divided into low-density polyethylene (LDPE), high-density polyethylene (HDPE) and linear low-density polyethylene (LLDPE). Among the three, HDPE has better thermal, electrical and mechanical properties, while LDPE and LLDPE have better flexibility, impact properties, film-forming properties, etc. LDPE and LLDPE are mainly used in…

What is General Plastic? General-purpose plastics generally refer to plastics with large output, wide use, good formability, and low prices. There are five types of general plastics, namely polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS) and acrylonitrile-butadiene-styrene copolymer (ABS). These five types of plastics account for the vast majority of plastic raw materials,…

What are the ingredients of plastic? Colorant The colorant can make the plastic have various bright and beautiful colors. Commonly used organic dyes and inorganic pigments are used as colorants. The natural color of synthetic resin is mostly white translucent or colorless and transparent. Colorants are often used in industrial production to increase the color…

Plastic composition: plasticizer & stabilizer Plasticizer Plasticizers, or plasticizers, can increase the plasticity and flexibility of plastics, reduce brittleness, and make plastics easier to process and shape. Plasticizers (plasticizers) are generally miscible with resins, non-toxic, odorless, high-boiling organic compounds that are stable to light and heat. The most commonly used are phthalate esters. For example,…

Plastic composition: synthetic resin & filler Synthetic resin is the most important component of plastics, and its content in plastics is generally 40% to 100%. Because of the large content and the nature of the resin often determines the nature of the plastic, people often regard the resin as a synonym for plastic. For example,…

Introduction to Plastic Composition The plastic we usually use is not a single component, it is made up of many materials. Among them, high molecular polymers (or synthetic resins) are the main components of plastics. In addition, in order to improve the performance of plastics, various auxiliary materials, such as fillers, plasticizers, lubricants, and stabilizers,…

Advantage of plastic 1. Most plastics have strong corrosion resistance and do not react with acids and alkalis. 2. Plastic manufacturing costs are low. 3. Durable, waterproof and light weight. 4. It is easy to be molded into different shapes. 5. It is a good insulator. 6. Plastics can be used to prepare fuel oil…

Plastic molecular structure There are basically two types: the first is a linear structure, a polymer compound with this structure is called a linear polymer compound; the second is a body structure, and a polymer compound with this structure is called a bulk polymer Compound. Some macromolecules are branched, called branched macromolecules, which belong to…

The main characteristics of plastic 1. Most plastics are light, chemically stable, and will not rust; 2. Good impact resistance; 3. It has good transparency and abrasion resistance; 4. Good insulation and low thermal conductivity; 5. General formability, good coloring, low processing cost; 6. Most plastics have poor heat resistance, high thermal expansion rate and…

Plastics are polymer compounds (macromolecules) that are polymerized by addition polymerization or polycondensation reactions with monomers as raw materials. They have moderate deformation resistance and are between fiber and rubber. They are composed of synthetic resins, fillers, plasticizers, and stabilizers. It is composed of additives such as agents, lubricants and pigments. The main component of…