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TW 4LD

TW 4LD Storage Dewar

For safe storage and dispensing of small amounts of liquid nitrogen.FEATURES

  • 4 Liter LN2 capacity
  • Rugged ribbed high-strength aluminum body, magneformed necktube design, and more durable paint
  • Snap-on cap and necktube assures a tight closure
  • Advanced insulation materials assure high thermal efficiency

Original price was: $913.00.Current price is: $730.00.

The TW 4LD is a compact cryogenic dewar, ideal for storing and dispensing small amounts of liquid nitrogen in laboratory and clinical applications with high thermal efficiency.

FEATURES

  • Efficient LN2 Usage: Offers a low evaporation rate of 0.40 liters per day and a static hold time of 10 days.
  • Rugged and Durable: Features a robust, ribbed high-strength aluminum body, a magneformed necktube design, and a durable paint system for long-lasting use.
  • Easy Operation: The lightweight snap-on cap and necktube provide a tight closure for secure storage and easy access for dispensing.
  • Made in USA: This dewar is manufactured in the USA, ensuring a high-quality and reliable product.

Download TW 4LD Overview (pdf)

SPECIFICATIONSItem
LN2 Capacity (L)4
Static Hold Time (Days)10
Evap. Rate (Liters/Day)0.4
DIMENSIONS
Necktube (in)2.00
Overall Dia. (in)7.6
Height (in)17
WEIGHT
Empty (Lbs)6.6
Full (Lbs)13.7
Row concave Shape Decorative svg added to top
Row concave Shape Decorative svg added to bottom

Why Shop with us?

Full Range of Trusted Cryogenic Solutions

As an authorized distributor for the most reputable brands in the industry—including IC Biomedical and MVE Biological Solutions—Kryeros offers a full range of high-quality cryogenic equipment to meet your needs.

Expert Guidance

Founded by global thought leaders in cryogenic storage, Kryeros provides precise, expert information and support for every aspect of your extreme low-temperature supply chain.

Extensive Industry Experience

With a team that has over 55 years of experience in the cryogenic field, Kryeros offers a deep understanding of the industry and the complex challenges of extreme low-temperature storage.