SDLABIO Autoclave Bags
SDLABIO Autoclave bags are specially designed for the safe collection, transport, and sterilization of biological waste in laboratories, hospitals, and research facilities. Made from high-grade polypropylene (PP) or polyethylene (PE) materials, these bags can withstand repeated autoclaving cycles without melting, leaking, or losing strength.
Autoclave Bags For Sale：
310x660mm/415x600mm/610x810mm. With/without printing. Customizable color/thickness/size.
MOQ: 1 CARTON.
Autoclave Bags For Sale
| Cat No. | Specification | Package | Weight（kg） | Dimension |
| NGWD-X | 310x660mm;transparent/red; with/without printing | 50pcs/bag, 4bags/ctn | 3.5 | 34*21*9.5 |
| NGWD-Z | 415x600mm;transparent/red; with/without printing | 50pcs/bag, 4bags/ctn | 4.2 | 44.5*23*8.5 |
| NGWD-D | 610x810mm;transparent/red; with/without printing | 50pcs/bag, 4bags/ctn | 8.1 | 66*26*9 |
Customizable color/thickness/size. Please consult for details.
Feature Of Autoclavable Biohazard Bags
- High-Temperature Resistance: PP bags: up to 135°C. PE bags: up to 121°C. Perfect for steam sterilization in autoclaves without deformation or rupture.
- Excellent Strength & Leak Resistance: Durable construction prevents tears, punctures, and leakage of biohazardous materials.
- Multiple Sizes Available: Various volumes available to meet laboratory and medical waste disposal requirements.
- The mechanical strength is high, the interface can bear a large weight, and it will not break when it is picked up when full of waste.
- Convenient Closure Options: Compatible with autoclavable ties or sealing clips for secure closure before sterilization.
- Eco-Friendly Disposal: Made from recyclable polymer materials; reduces environmental impact after sterilization.
- Widely used in medical treatment, disease control, scientific research environment testing, industrial biological laboratories, etc.
FAQ Of Autoclave Disposable Bag
How to use biohazard autoclave bag?
1. Choose the right size: Select the appropriate size based on the waste volume and the intended use, ensuring no damage.
2. Secure the bag: After fully unfolding, securely place it around the edge of the trash can.
3. Separate collection: Ensure waste is separated and avoid overloading.
4. Leave ventilation holes: Leave ventilation holes before sterilization to ensure steam penetration.
5. High-temperature sterilization: Set the appropriate temperature and time to complete the sterilization process.
6. Seal and discard: Seal the bag after sterilization and dispose of it safely according to regulations.
What is an autoclave bag used for?
An autoclavable bag is a specialized high-temperature, sterilizable bag used in laboratories for the collection and decontamination of biological waste. It is typically made from polypropylene (PP) or polyethylene (PE) materials that can withstand autoclaving temperatures ranging from 121°C to 135°C.
During the sterilization process, the autoclavable biohazard waste bags effectively prevent the release of contaminants, ensuring that all biological materials inside are safely sterilized under high-pressure steam.
Main uses include:
- Collecting contaminated laboratory consumables such as pipette tips, petri dishes, gloves, and centrifuge tubes.
- Temporarily storing biological samples or leftover culture media before sterilization.
- Protecting laboratory personnel and the environment from biohazard exposure.
- Allowing for safe disposal of sterilized waste without additional handling.
In summary, autoclavable bags play a crucial role in ensuring biosafety, sterility, and efficient waste management in laboratory environments.
How to autoclave autoclavable plastic bags?
1. Choose the Right Autoclave Disposal Bags:
Select an autoclave bag made of PP (polypropylene) or PE (polyethylene) depending on your autoclave’s temperature settings.
Autoclavable polypropylene bags can withstand up to 135°C. PE bags can typically withstand up to 121°C.
Make sure the bag size matches your waste volume to prevent overfilling or bursting.
2. Load the Waste Properly:
Place contaminated materials—such as pipette tips, culture plates, or gloves—into the bag.
Avoid overloading; fill only two-thirds full to allow proper steam circulation.
3. Leave a Vent or Opening:
Before sealing, leave a small opening or pierce the autoclave waste bags to allow steam to penetrate.
This step ensures complete sterilization by preventing air pockets inside the bag.
4. Place in the Autoclave:
Put the bag in a secondary container or metal tray to catch any leakage.
Do not stack bags tightly; ensure space for steam circulation.
5. Set Sterilization Parameters:
Run the autoclave cycle according to the bag type:
Polypropylene biohazard autoclave bags: 134–135°C for 20–30 minutes
PE bags: 121°C for 30–45 minutes
Use a gravity or vacuum cycle depending on the autoclave model.
6. Allow Cooling:
After the cycle, let the bags cool down inside the autoclave for at least 10–15 minutes before handling.
This prevents burns and minimizes pressure shock.
7. Seal and Dispose Safely:
Once cooled, tie or seal the autoclave biohazard bags securely and dispose of them according to your biohazard waste management regulations.
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