Plastic Containers
Plastic Containers are a must have category of products that are used in both professional and personal life. From storing food to storing in a laboratory, plastic sample containers are a reliable and convenient way to keep things safe and secure.
This category includes various sizes and types of plastic sample containers like sample containers, solution buckets, sample bags and square plastic buckets. Made from high quality polyethylene material.
Sample containers come in different sizes from best seller 2oz. to best seller 32oz., 60ml to 237ml and available in cases for bulk storage containers. The quantity of each sample container available in a set will vary, providing options for different needs. Heavy-duty sample bags, both lined and unlined, are a secure way to transport without the risk of leakage or damage.
These containers are designed with specialized packaging solutions to be moisture resistant and safety compliance. Solution buckets and best seller square plastic sample buckets have larger storage boxes and options for bulk items that need to be kept together in one container boxes. These containers come with lids to keep the contents safe and protected.
In summary Plastic Containers are a must have category that has a lot of products and boxes to cater to different storage and organization needs. Whether you need a small container for on-the-go or a big bucket for bulk storage, this category has it all. Shop from various sizes, materials and styles to find the right plastic container for you.
Sample Containers for Lab
Plastic containers are laboratory essentials, manufactured to provide versatile storage solutions for specimens, reagents and other sensitive materials. Typically, laboratories use a quantity of 10 to 50 sample containers depending on the specific application. These sample containers come in various shapes and sizes to cater to different storage needs and to keep their contents safe and intact. This overview will discuss the advantages, types and specific applications of plastic sample containers in laboratory, why they are important in modern scientific work.
Plastic Storage Bins: Used for storing bulk materials or larger items, these best seller bins come with or without lids and are stackable, ideal for storing larger quantities of lab supplies like gloves, masks or cleaning equipment.
Hinged Sample Containers: For securing delicate specimens or valuable laboratory instruments, hinged sample containers have a hinged lid that keeps the contents enclosed, minimizing the risk of spillage or exposure.
Storage Sample Containers: These are the most general purpose plastic sample containers, used for a wide range of applications from storing bio-sample to keeping food fresh for laboratory staff. They can have air-tight seals to maintain the required conditions for sensitive contents.
Specialized Containers for Small Items: For tiny components like beads, small sample and boxes or fine powders, these containers often have subdivided interiors to keep small items organized.
Types of Sample Containers
Sample containers are available in various types, each designed for specific laboratory applications. Understanding the different types can help you choose the right container for your needs:
Specimen Containers: These are essential for collecting and storing biological samples such as blood, tissue, and other bodily fluids. They are designed to maintain the integrity, ensuring accurate analysis and testing.
Collection Containers: Ideal for environmental, these sample containers are used to collect and store water, soil, and air samples. They are built to withstand various environmental conditions, ensuring they remain uncontaminated.
Storage Containers: These sample containers are used for long-term storage, often in controlled environments. They are designed to preserve the quality and integrity over extended periods.
Transport Containers: When they need to be moved from one location to another, transport containers are the go-to choice. They are often secure and temperature-controlled, ensuring they remain stable during transit.
By understanding the specific uses of these sample containers, you can select the right type for your laboratory needs, ensuring the safety and integrity of your samples.
BPA Free Laboratory Plastic Containers Features
Material Durability: Made from high quality plastics like polypropylene or polystyrene, these best seller containers are resistant to chemicals and won’t contaminate the contents.
Various Shapes and Sizes: Cylindrical to rectangular, the different shapes of these containers cater to different storage, pack handling and transportation needs in the lab. They come in various capacities, such as 50 ml, 100 ml, and 250 ml, making them practical for different applications.
Color Coding: Available in different colors like clear, red, black, green, orange and white, plastic containers can be used for color coding materials for easy identification and organization.
User Friendly: Many containers have ergonomic design with easy to handle features like handles or grips for boxes and boxes with lids that provide secure sealing to prevent leakage and contamination.
Sterile Applications in Lab
Specimen Storage: For biological labs, plastic containers provide a safe storage for biological specimens in preservatives or buffers.
Reagent Handling: Chemical resistant plastic containers are used to handle, mix or store chemical reagents, some of which can fit into laboratory equipment like shakers or centrifuges.
Food Storage: In labs where staff spend long hours, these containers keep food fresh so staff can have meals and snacks. Besides laboratory use, these containers are also ideal for storing cosmetic products like lotions, with options available in various sizes, such as 8 oz and 16 oz, ensuring leak proof and safe storage.
Craft Supplies and Small Components: For labs that do delicate operations or crafts, small plastic containers with subdivided sections are perfect for organizing and storing small parts.
Sample Transport: Durable and sealed containers are needed for transporting samples between labs or within different areas of a research facility, to keep the samples intact.
Advantages of Plastic Containers in Lab
Cost Savings: Plastic containers are a cost effective storage solution compared to other materials like glass, jewelry or metal which can be more expensive or less durable under certain conditions. The quantity of plastic containers typically used in laboratory settings can vary, with some applications requiring dozens or even hundreds of containers.
Flexibility of Use: Their light weight and robust design makes plastic containers easy to move and can fit into different lab layouts and storage racks.
Customization: Many suppliers offer customization for bulk orders so labs can have containers that fit their specific needs in terms of size, color and configuration.
Eco-Friendly Options: With the growing concern for environmental impact, many plastic containers are now recyclable or made from recycled materials so labs can reduce their ecological footprint.
Laboratory Containers Overview
Laboratory sample containers are specially designed vessels to store, transport, and handle various samples, chemicals, and biological materials in laboratory settings, often with capacities measured in ml. These sample containers are made from different materials like glass, plastic, and metal, each chosen for its properties that match the demands of laboratory work. Whether it’s a chemical-resistant plastic sample container or a glass vial that can withstand extreme temperatures, these sample containers keep the samples intact and safe. Their leak-proof design and robust construction make them a must-have in any lab, providing storage solutions that prevent contamination and preserve the sample quality.
Materials and Construction of Labware
Labware, including sample containers, is made from a variety of materials, each offering unique properties and advantages. Here’s a closer look at some common materials used in labware:
Glass: Known for its transparency and durability, glass is a popular choice for labware. It is resistant to most chemicals, making it ideal for storing and analyzing various substances.
Plastic: Versatile and lightweight, plastic is widely used in labware, including sample containers, pipettes, and centrifuge tubes. It is durable and can be manufactured to be BPA-free, ensuring safety and reliability.
Metal: Metals like stainless steel and aluminum are used for labware that needs to withstand high temperatures or store corrosive materials. They are durable and resistant to corrosion, making them suitable for demanding applications.
Polypropylene: This type of plastic is favored for its durability and chemical resistance. It is often used in sample containers due to its BPA-free properties, ensuring the safety of the stored samples.
By choosing the right material for your labware, you can ensure the safety, durability, and effectiveness of your laboratory operations.
Comparison with Other Sample Containers
Laboratory containers, often available in various capacities such as 8 oz or 16 oz, are different from household containers in many ways. Unlike everyday storage solutions, laboratory containers are designed to meet strict standards for cleanliness, sterility and chemical resistance. They are built to be more durable and long lasting, with secure lids and tamper evident seals to prevent contamination and spills. Also laboratory containers are made from specialized materials like BPA free plastics and borosilicate glass which are chosen for their chemical resistance and extreme temperature resistance. This ensures that the containers can store various substances without degrading or reacting with the contents, making them a reliable choice for any laboratory.
Why Sample Containers are Important in Laboratory
Sample containers are the backbone of laboratory operations, they play a vital role in collecting, storing and transporting samples. Typically, laboratories use a quantity of 10 to 50 sample containers depending on the specific application. These containers are designed to preserve the sample integrity, prevent contamination, degradation or loss of material. In laboratory, sample containers are used in various applications from medical research to environmental testing to pharmaceutical development. They come in different sizes, shapes and materials like transparent plastic containers, glass vials and sterile tubes, each tailored to meet laboratory needs. The choice of sample container depends on the type of sample, level of sterility required and special features like leak proof lids or tamper evident seals. Whether it’s a 2oz container for biological sample or a large container for bulk chemical storage, these containers keep the samples safe and secure, maintaining their quality and reliability for testing and analysis.
Applications and Uses of Laboratory Glassware
Laboratory glassware, including sample containers, plays a crucial role in various scientific applications. Here are some key uses:
Sample Collection and Storage: Glassware is often used for collecting and storing biological and environmental samples. Its transparency allows for easy observation, and its chemical resistance ensures sample integrity.
Chemical Analysis: Glassware is indispensable for mixing, measuring, and analyzing chemicals. Its inert nature prevents reactions with the substances being tested, ensuring accurate results.
Pharmaceutical Applications: In the pharmaceutical industry, glassware is used for the production and packaging of medications. Its ability to withstand sterilization processes makes it ideal for maintaining the purity of pharmaceutical products.
Food and Beverage Testing: Glassware is also used in the testing and analysis of food and beverage samples. Its non-reactive nature ensures that the samples remain uncontaminated, providing reliable results.
The versatility and reliability of laboratory glassware make it an essential tool in various scientific fields, ensuring accurate and safe handling of samples.
Selecting the Right Lab Metal Sample Containers
When selecting lab metal sample containers, several factors need to be considered to ensure they meet your specific needs:
Material: Choose a metal that is resistant to corrosion, especially if you are storing reactive or corrosive substances. Stainless steel and aluminum are common choices due to their durability and resistance to corrosion.
Size: Select a sample container that matches the volume and shape of your sample. This ensures efficient use of space and proper storage conditions.
Lid Type: Consider the type of lid that best suits your needs. Screw-top lids provide a secure seal, while snap-on lids offer quick access. The right lid type can prevent leaks and contamination.
Sterility: If sterility is crucial, opt for sample containers that are manufactured using sterile processes. This is particularly important for biological and medical samples.
Packaging: Think about the packaging options available. Individual sample containers are ideal for specific samples, while bulk packaging can be more economical for large quantities.
By considering these factors, you can select the right lab metal sample containers that ensure the safety, integrity, and reliability of your samples.
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Summary
Plastic containers are the building block of any organized laboratory. Their flexibility and functionality makes them useful for various applications from clinical research to industrial testing and beyond. By offering durability, customization and ease of use plastic containers simplifies the workflow and increases efficiency in laboratory. Whether it’s for storing complex chemical compounds or day to day supplies, customers should buy these containers because they are reliable and effective solution for the dynamic needs of modern laboratory.
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