33L Insulated Boar Semen Transport Box

• 33-liter capacity suitable for routine boar semen delivery and farm distribution.
• Designed primarily for short-distance transportation of liquid boar semen doses.
• Approximately 40 mm thick insulated wall helps reduce external heat transfer.
• Foamed insulation material inside the box wall provides enhanced thermal protection.
• One-piece molded body improves structural strength and sealing performance.
• High-quality food-grade PE construction is non-toxic, odor-free, and suitable for hygienic transport applications.
• UV-resistant material helps reduce fading during normal outdoor handling.
• Good toughness and impact resistance support repeated farm and vehicle use.
• Removable lid provides convenient loading, unloading, cleaning, and internal arrangement.
• Passive insulation requires no continuous electrical power during transportation.
• Can be used with properly conditioned thermal packs according to the semen transport protocol.
• Suitable for semen bags, bottles, tubes, and compatible pig AI transport accessories.
• Reusable construction provides an economical solution for regular semen distribution routes.

• Product Type: Passive Insulated Semen Transport Box
• Nominal Capacity: 33 L
• Primary Application: Short-Distance Boar Semen Transportation
• Main Material: High-Quality Food-Grade PE
• Wall Thickness: Approximately 40 mm
• Insulation Structure: Foamed Insulation Material Inside the Box Wall
• Body Construction: One-Piece Molded Structure
• Lid Design: Removable
• Power Requirement: None for Passive Insulation
• Listed Thermal Holding Reference: Approximately 24 Hours Under Normal Ambient Conditions
• Typical Semen Transport Range: Approximately 15–18°C for Pre-Stabilized Liquid Boar Semen, Subject to Laboratory Protocol
• Reusable: Yes
• Typical Users: Boar Studs, Pig AI Centers, Breeding Farms and Semen Distribution Teams

Actual temperature-holding performance depends on starting temperature, ambient temperature, load volume, packing arrangement, frequency of lid opening, thermal conditioning accessories, transport duration, and vehicle conditions. The box is a passive insulated container and does not provide active electronic temperature regulation.

• Short-distance transportation of liquid boar semen doses.
• Delivery from boar studs to commercial sow farms.
• Distribution between centralized AI laboratories and breeding farms.
• Transport of semen bags, bottles, and tubes.
• Commercial boar semen distribution routes.
• Pig artificial insemination centers.
• Genetic companies and breeding organizations.
• Large-scale commercial pig farms.
• Veterinary reproduction laboratories.
• Temporary insulated handling of compatible temperature-sensitive pig AI materials.

• Inspect the box, lid, sealing surfaces, handles, and internal chamber before use.
• Clean and dry the internal chamber before loading semen doses.
• Precondition the transport box and thermal accessories according to the semen laboratory transport protocol.
• Confirm that semen doses have reached the required transport temperature before loading.
• Arrange semen packages securely to reduce movement, compression, and vibration during transport.
• Use suitable separators when necessary to prevent direct contact between semen doses and excessively cold or warm conditioning packs.
• Close the lid completely after loading and minimize unnecessary opening during transport.
• Use a temperature logger or thermometer when transport quality control requires documented temperature monitoring.
• Transfer semen doses to the appropriate storage cabinet immediately after arrival.

• Remove all transport materials and conditioning packs after each delivery cycle.
• Clean the internal and external surfaces with a suitable mild cleaning agent.
• Disinfect according to the semen center's biosecurity procedure when required.
• Avoid highly abrasive tools that may damage the PE surface.
• Allow the box to dry completely before closing it for storage.
• Inspect the lid and sealing surfaces periodically for deformation or damage.
• Replace damaged thermal packs or transport accessories when necessary.
• Store the empty box in a clean, dry area away from excessive heat and direct sunlight.

Q: What is the capacity of this semen transport box?
A: The nominal internal capacity is 33 liters, providing practical space for semen doses and compatible transport accessories.

Q: Is this an electrically controlled semen cooler?
A: No. It is a passive insulated transport box. It does not actively heat or cool and does not require electrical power during normal use.

Q: How long can the box maintain temperature?
A: The listed product information indicates approximately 24 hours of thermal insulation under normal ambient conditions. Actual performance varies with ambient temperature, loading, conditioning, and transport conditions.

Q: What temperature should boar semen be transported at?
A: Liquid boar semen that has already been stabilized is commonly transported around 15–18°C. The exact target should follow the selected extender instructions and the semen center's validated protocol.

Q: What material is the box made from?
A: The listed construction uses high-quality food-grade PE with foamed insulation material inside the box wall.

Q: How thick is the insulated wall?
A: The listed wall thickness is approximately 40 mm.

Q: Can ice packs be placed directly against semen doses?
A: Direct contact with very cold packs should generally be avoided unless the validated transport system specifically requires it. Separators or conditioned packs can help reduce localized temperature shock.

Q: Can a temperature data logger be used inside the box?
A: Yes. A compact temperature logger can be placed with the shipment when temperature traceability is required for commercial semen distribution.

Q: Is the box reusable?
A: Yes. The durable PE construction is intended for repeated use when the box is properly cleaned, disinfected, dried, inspected, and stored between transport cycles.

Q: Where is this product typically used?
A: It is suitable for boar studs, pig AI centers, genetic companies, semen distribution teams, commercial pig farms, and veterinary reproduction facilities.