The transportation conditions for 95kPa biological sample bags

The transportation conditions for 95kPa biological sample bags primarily revolve around their design characteristics, safety requirements, and adherence to relevant laws and regulations. Here’s a detailed breakdown of these conditions:

Design Characteristics and Safety Requirements

  1. Pressure Resistance:
    • The 95kPa biological sample bags are designed to withstand an internal pressure of 95kPa, ensuring that the samples remain unharmed even under moderate external pressure during transportation.
    • They feature strong airtightness, making them suitable for transporting potentially hazardous samples such as pathogenic microorganisms, blood, vaccines, etc.
  2. Sealability:
    • The bags are equipped with special, highly adhesive sealing designs to prevent any leakage or tampering risks during transfer.
    • The sealing adhesive can withstand temperatures ranging from -40°C to +55°C (-40°F to +130°F), covering the typical transportation temperature environments.
  3. Material and Transparency:
    • Made from high-transparency, high-strength Micro-Tex® polyethylene material, they allow for easy observation of the samples inside while ensuring durability.
  4. Documentation Pocket and Absorbent Pads:
    • Include a separate documentation pocket for storing related sample files.
    • Optionally available with pre-installed absorbent pads for superior water absorption, further enhancing safety during transportation.

Compliance with Laws and Regulations

  1. International Civil Aviation Organization (ICAO) Regulations:
    • Compliant with ICAO’s “Technical Instructions for the Safe Transport of Dangerous Goods by Air” (2001-02 edition), suitable for air transportation of biological samples.
  2. Department of Transportation (DOT) Regulations:
    • Meets the testing requirements outlined in 49 CFR §173.196(f) of the DOT regulations, ensuring safety during land and water transportation.

Specific Transportation Conditions

  1. Temperature Control:
    • Depending on the nature and preservation requirements of the samples, appropriate temperature control measures should be implemented during transportation. For example, samples requiring low temperatures should be transported in refrigerated or frozen conditions.
  2. Shock and Pressure Resistance:
    • Avoid placing the biological sample bags in locations prone to severe vibrations or compression to prevent sample damage.
  3. Labeling and Documentation:
    • The bags should be labeled with “BIOHAZARD” to warn transport personnel and others of the biological safety risks.
    • Maintain transportation records, including the origin, destination, transportation time, and temperature logs, for traceability and management.
  4. Emergency Response Plans:
    • Establish emergency response plans to address unexpected situations during transportation, such as sample leakage or equipment failures.


  • Before transportation, thoroughly inspect the biological sample bags for seal integrity and any signs of damage.
  • Adhere to relevant laws, regulations, and transportation requirements to ensure sample safety and compliance.
  • Maintain communication with the recipient to ensure timely and safe delivery of the samples.


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