You must place an order for any of these products NOW if you want
GUARANTEED DELIVERY
Dear HO Scale Modelers:
the long awaited Broadway Limited Inports Cryogenic Cars have arrived, and are way oversold. When these cars were announced there were no model images available to the customers at large, as a result many modelers who are now seeing them are requesting additional cars. So Broadway has told us this morning they are rushing an addional order of cars to be here in March / April 2017.
We have added all the images to the car SKU's below. We are taking new orders on a first come basis. Have a look at the model image below of the Linde and Liquid Air Cars. We already have had a number of customers thoughout Norht America call in the past three days ordering more cars.



High Capacity Railroad Tank Cars for Cryogenic Fluids, or Cryogenic Tank Cars for short, are used for the transportation of super-cold fluids such as liquid oxygen, nitrogen and argon. These tank cars solved the problem of maintaining extremely low temperatures while transporting large quantities of these materials over long distances.
Curious as to how cold these cars could keep liquid oxygen? How about -297 degrees F. Liquid nitrogen kept at -320 F. And liquid argon at -302 degrees F. Now, thats cold!
These high capacity tank cars could transport more than 15,000 gallons of liquid oxygen--which is about double what any of its predecessors could do.
If youve got cold liquid gas hauling to do on your railroad, these are the cars for you.
This release includes an undecorated version along with single cars and 2-Packs in seven schemes.
Features:
- Beautifully detailed and accurately modeled
- Precision paint, color, and lettering schemes
- Many separately applied details including hand rails, ladders, brake wheel, roof walkway
- Detailed underbody
- Composition: ABS body, diecast chassis
- Wheel composition: metal
- Couplers: (2) operating Kadee compatible
- Compatible tracks: Code 70, 83 & 100 rail
- Minimum operating radius: 18 in
Expected Release: April 2017


JMP