SKU
T1-Jackhammer

Ai T1 Jackhammer Dual-Layer Glass Vacuum Cold Trap

Price $799.00

CUSTOMIZE YOUR PRODUCT

Wishlist

Product Video

Videos

 

In vacuum applications, a cold trap is a device that condenses all vapors except the permanent gases into a liquid or solid. The most common objective is to prevent vapors being evacuated from an experiment from entering a vacuum pump where they would condense and contaminate it. Particularly large cold traps are necessary when removing large amounts of liquid as in freeze drying.

Pumps that use oil either as their working fluid (diffusion pumps), or as their lubricant (mechanical rotary pumps), are often the sources of contamination in vacuum systems. Placing a cold trap at the mouth of such a pump greatly lowers the risk that oil vapors will back stream into the vacuum cavity.

Care should be taken when using a cold trap not to condense liquid oxygen (a light blue liquid) into the cold trap. Liquid oxygen is potentially explosive, and this is especially true if the trap has been used to trap solvent. Liquid oxygen can be condensed into a cold trap if a pump has sucked air through the trap when the trap is very cold.

T1-Jackhammer features

  • Dual-jacketed design gives you 2X condensing areas
  • Jackhammer style connectors allows multiple cold traps to be connected on the same platform (level)
  • Heavy duty lab stand for stability
  • Utilizes dry ice for optimal efficiency
  • Comes with scissor jack for easy collection flask removal
  • Easy to clean all glass construction
  • Small footprint
  • PTFE 24/40 to KF25 adapter NOT included


Note: We do not offer warranty on glassware. Please contact us if you see any imperfections on the glassware once you received your package.

Specifications

Specifications

 

 Model
 T1-Jackhammer
 Vacuum inlet/outlet
 24/40 joint                    
 Collection flask capaclity
 One liter
 Setup dimensions (WxDxH)
 7 x 12 x 28"
 Shipping dimensions (WxDxH)  31 x 18 x 10"
 Shipping weight  26 lbs
 Dry ice sleeve inner diameter ID
 58-59mm
 Dry ice sleeve depth
 304-305mm
Standard Packages

Standard package

 

 Part description

 Quantity

Part image

 Cold trap with lid, gasket, two 24/40 joint vacuum connectors,
 and one 35/20 joint drain port

1 set
 
 1L collection flask with 35/20 joint
1 pc
 Heavy duty lab stand
1 pc

 Boss head clamp
2 pcs
 Lab scissor jack
1 pc
 Collection flask cork ring stand 1 pc
 Stainless steel ball joint clamp 1 pc
 Cold trap support  1 pc  
 Lab chain clamp 1 pc
 Users manual
1 pc

Overview

In vacuum applications, a cold trap is a device that condenses all vapors except the permanent gases into a liquid or solid. The most common objective is to prevent vapors being evacuated from an experiment from entering a vacuum pump where they would condense and contaminate it. Particularly large cold traps are necessary when removing large amounts of liquid as in freeze drying.

Pumps that use oil either as their working fluid (diffusion pumps), or as their lubricant (mechanical rotary pumps), are often the sources of contamination in vacuum systems. Placing a cold trap at the mouth of such a pump greatly lowers the risk that oil vapors will back stream into the vacuum cavity.

Care should be taken when using a cold trap not to condense liquid oxygen (a light blue liquid) into the cold trap. Liquid oxygen is potentially explosive, and this is especially true if the trap has been used to trap solvent. Liquid oxygen can be condensed into a cold trap if a pump has sucked air through the trap when the trap is very cold.

T1-Jackhammer features

  • Dual-jacketed design gives you 2X condensing areas
  • Jackhammer style connectors allows multiple cold traps to be connected on the same platform (level)
  • Heavy duty lab stand for stability
  • Utilizes dry ice for optimal efficiency
  • Comes with scissor jack for easy collection flask removal
  • Easy to clean all glass construction
  • Small footprint
  • PTFE 24/40 to KF25 adapter NOT included


Note: We do not offer warranty on glassware. Please contact us if you see any imperfections on the glassware once you received your package.

Copyright © 2008-2023 Across International. All rights reserved.