Storage Liquid Nitrogen Tank 3-SLN104

Lab Expo Storage Liquid Nitrogen Tank 3-SLN104 offers a static storage duration of 4 days ensuring minimal loss of liquid nitrogen over time. It has a static evaporation rate of 0.68 liters per day. It provides a 3.15-liter capacity to maintain cryogenic samples at ultra-low temperatures. It includes a pressure monitoring system for added safety allowing users to monitor and maintain optimal operating conditions.

$1,824.00 $ 1520

Storage Liquid Nitrogen Tank 3-SLN104 - Specifications

Volume 3.15 L
Static Storage 4 d
Static Evaporation Rate 0.68 L/day
Caliber 125 mm
O.D 223 mm
Height 420 mm
Dimension 25 × 25 × 52 cm
Weight 5.0 kg

Storage Liquid Nitrogen Tank 3-SLN104 - Key Features

  • 3.15L capacity with static storage duration of 4 days
  • Static evaporation rate of 0.68L per day for controlled loss management
  • Pressure monitoring system ensures optimal operating conditions
  • 223mm outer diameter and 420mm height dimensions

Storage Liquid Nitrogen Tank 3-SLN104 - Applications

FunctionImplementation
Cryogenic sample storage3.15 L capacity maintains ultra-low temperature preservation
Laboratory nitrogen handling0.68 L/day evaporation rate supports controlled loss management
Extended storage operations4-day static duration enables multi-day sample integrity
Compact lab environments25 × 25 × 52 cm dimensions fit space-constrained setups
Safety monitoring applicationsPressure monitoring system allows optimal condition oversight

Storage Liquid Nitrogen Tank 3-SLN104 - Catalog

Related Storage Liquid Nitrogen Tank

Lab Expo Liquid Nitrogen Storage Tanks are structured around high-efficiency vacuum insulation to support extended cryogenic retention with reduced evaporation loss. This liquid nitrogen storage tank integrates spill-resistant sealing, pressure monitoring, and temperature indication for controlled low-temperature containment. Durable protective build and stable thermal performance enable safe long-term storage of biological samples, reagents, and cryogenic materials in laboratory, medical, and industrial workflows.