High Temperature Sterilization Color Bags: Customized Wholesale Solutions, In-Stock & Ready to Ship | Reliable Suppliers

Product Name: High Temperature Sterilization Color Bags  

Material: Medical-grade polyethylene (PE) or polypropylene (PP)  

Sizes Available:  

- Small: 3" x 4" (7.6 cm x 10.2 cm)  

- Medium: 6" x 9" (15.2 cm x 22.9 cm)  

- Large: 12" x 18" (30.5 cm x 45.7 cm)  

*Custom sizes available upon request.*  

Colors: Blue, Green, Red, Yellow, White (color-coding for easy organization)  

Sterilization Compatibility: Autoclave (steam), Ethylene Oxide (ETO), Gamma Radiation  

Temperature Resistance: -40°C to 150°C (-40°F to 302°F)  

Seal Type: Self-sealing adhesive strip or heat-sealable options  

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Key Features 

1. Durable & Leak-Proof: Designed to withstand high-temperature sterilization without tearing or leakage.  

2. Color-Coding System: Easily categorize instruments, samples, or medical tools by purpose, department, or sterilization cycle.  

3. Sterilization Indicators: Optional chemical indicators to confirm successful sterilization.  

4. Transparent Window: Allows visibility of contents without opening the bag.  

5. Biocompatible & Non-Toxic: Compliant with ISO 11607, FDA, and CE standards.  

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Applications 

- Medical & dental instrument sterilization  

- Laboratory sample storage  

- Pharmaceutical packaging  

- Veterinary tools and equipment  

- Food industry heat-sealed packaging  

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FAQs 

**Q1: What sterilization methods are these bags compatible with?**  

**A:** Our bags are compatible with autoclave (steam sterilization), ethylene oxide (ETO), and gamma radiation. Ensure the selected method aligns with your bag material (PE or PP).  

**Q2: Will the colors fade during sterilization?**  

**A:** No. The colors are heat-resistant and UV-stable, ensuring they remain vibrant even after repeated sterilization cycles.  

**Q3: Are these bags reusable?**  

**A:** For safety and sterility, we recommend single-use only. Reusing bags may compromise integrity and increase contamination risks.  

**Q4: Can I write on the bags?**  

**A:** Yes! The surface is compatible with permanent markers or thermal printers for labeling.  

**Q5: How do I choose between PE and PP material?**  

**A:**  

- **PE (Polyethylene):** Ideal for autoclaving and ETO; flexible and cost-effective.  

- **PP (Polypropylene):** Higher temperature resistance (up to 150°C), better for gamma radiation.  

**Q6: Are these bags biodegradable?**  

**A:** Currently, they are not biodegradable but are recyclable where facilities accept medical-grade plastics.  

**Q7: Do you offer sterile pre-packaged bags?**  

**A:** Yes! We provide pre-sterilized, ready-to-use options with a sterility assurance certificate.  

**Q8: What is the shelf life of unopened bags?**  

**A:** Up to 3 years when stored in a cool, dry environment away from direct sunlight.  

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Contact Us:

Email: zhugeorge158@gmail.com 
Phone:

• +86 15853635022

*Customization, bulk discounts, and OEM services available.*  

1. Definition and Concept

“High Temperature Sterilization Color Bags” refer to bags that are designed to withstand high - temperature sterilization processes while also being colored. These bags are often used in industries where both sterilization of the packaged items and some form of visual identification or branding are required.

2. Materials and Construction

- Materials:

    - These bags are typically made from high - temperature - resistant polymers. For example, polypropylene (PP) is a common choice due to its good heat resistance. It can withstand relatively high temperatures during sterilization without deforming or breaking down. Some bags may also be made from specialized heat - resistant copolymers or blends that offer enhanced properties.

    - The colorants used in these bags are carefully selected to be stable under high - temperature conditions. They are often inorganic pigments or heat - stable organic dyes. These colorants are incorporated into the polymer matrix during the manufacturing process to ensure that the color remains consistent and does not fade or leach out during sterilization.

 - Construction:

    - The bags may have a single - layer or multi - layer structure. A multi - layer construction can offer additional benefits such as improved barrier properties. For instance, an inner layer might be designed to be in direct contact with the product and provide a good seal, while an outer layer can contribute to the heat resistance and color display.

3. Applications

- Medical and Pharmaceutical Industries:

    - In hospitals, these bags are used to package medical devices that need to be sterilized. The ability to withstand high - temperature sterilization methods like autoclaving (which typically operates at temperatures around 121 - 134°C) ensures that the devices are free from contaminants. The colored bags can be used for color - coding different types of medical devices, making it easier for medical staff to identify and access the required items quickly.

    - Pharmaceutical companies may use high - temperature sterilization color bags to package sterile components or intermediate products. The color can be used to indicate the product's batch number, expiration date, or other important information in a visually distinct way.

 - Food Industry:

    - For certain food products that require high - temperature sterilization, such as canned or bottled foods, color - coded bags can be used for packaging during the production process. The bags can protect the products during handling and storage, and the color can be used for branding, indicating product flavors, or for quality control purposes. For example, a company might use different - colored bags to distinguish between different flavors of canned soups.

4. Advantages

- Sterilization Compatibility: The main advantage is their ability to endure high - temperature sterilization procedures. This ensures that the packaged items are safe and free from harmful microorganisms.

 - Visual Identification: The colored aspect of the bags allows for easy visual identification. This can improve efficiency in inventory management, as it is quicker to distinguish between different products or batches. In a busy hospital supply room or a large - scale food production facility, this can save time and reduce errors.

 - Brand Differentiation: In the food and consumer goods sectors, the use of colored bags can help with brand differentiation. A unique color scheme can make a product stand out on the shelves, attracting consumers' attention.

5. Challenges

- Color Stability: Ensuring that the color of the bags remains stable during high - temperature sterilization can be a challenge. Some colorants may degrade or change color at high temperatures, which can affect the visual appearance and identification function of the bags.

 - Cost: The materials and manufacturing processes required to produce high - temperature - resistant and color - stable bags can be more expensive compared to regular packaging bags. This may increase the overall cost of packaging for businesses.