Ensure safe and compliant disposal of biohazardous waste with our high-quality Biohazard Drawstring Bags. Made from clear HDPE with a flat steel bottom, these bags are designed for durability and reliability. Each bag features a 2mm drawstring rope for secure closure, making it easy to handle and transport hazardous materials. Measuring 15'' x 18'' x 4.0mil, these bags are perfect for medical facilities, laboratories, and other environments that require strict biohazard waste management. Each pack contains 50 bags, and there are 20 packs per case, providing an efficient solution for bulk use.
Product Features:
- Material: Made from high-density polyethylene (HDPE) for superior strength and durability.
- Dimensions: 15'' x 18'' with a thickness of 4.0mil, suitable for various biohazardous materials.
- Flat Steel Bottom: Ensures stability and prevents leaks.
- Drawstring Closure: Features a 2mm rope for easy and secure sealing.
- Quantity: 50 bags per pack, 20 packs per case, ideal for high-volume use.
- Clear Design: Allows for easy identification of contents.
- Biohazard Labeling: Clearly marked for safe handling and compliance.
Applications:
- Medical Facilities: Ideal for hospitals, clinics, and healthcare centers.
- Laboratories: Essential for disposing of biohazardous waste in research and clinical labs.
- Dental Offices: Suitable for dental and orthodontic practices.
- Veterinary Clinics: Perfect for animal care facilities managing biohazardous waste.
- Industrial Settings: Useful in environments requiring safe disposal of hazardous materials.
Usage Instructions:
1. Place biohazardous materials inside the bag.
2. Pull the drawstring rope to close the bag securely.
3. Ensure the bag is sealed and labeled correctly.
4. Dispose of according to local biohazard waste disposal regulations.
Biohazard Drawstring Bags - Clear HDPE, Flat Steel Bottom, 2mm Rope, 15'' x 18''
Product Pack Case Units 50/pack 20pack/case Dimension Weight *Please be aware that the images may slightly differ from the actual product due to variations in screen displays, lighting conditions during photography, and product updates or enhancements.