Zircofit Tubing Crimping System
This tool makes super durable high-pressure 1/16th” fittings on 360um glass capillary tubing EASY!
The best news is that paired with a CPS, you are going to achieve near perfect fittings every time!
This tool makes super durable high-pressure 1/16th” fittings on 360um glass capillary tubing EASY!
The best news is that paired with a CPS, you are going to achieve near perfect fittings every time!
This tool makes super durable high-pressure 1/16th” fittings on 360um glass capillary tubing EASY!
The best news is that paired with a CPS, you are going to achieve near perfect fittings every time!
The handy Starter Kit comes with everything you will need to start making top quality fittings immediately.
Included in this kit is:
ZircoFit Crimp Tool (1)
1/16? ZircoFit Sleeve, 10 mm (10)
1/16? ZircoFit Sleeve, 13 mm (10)
Vici SS Nut 1/16″: and SS 316 Ferrule 1/16″ (20)
10/363 Fused Silica, 2.5m (1)
25/363 Fused Silica, 2.5m (1)
50/363 Fused Silica, 2.5m (1)
75/363 Fused Silica, 2.5m (1)
Fused Silica Cutter (Cleaving Stone) (1)
PTFE Protective Tubing, 5m (1)
Tool case holding all parts of the kit (1)
ZIRCOFIT™ UHPLC FITTINGS
Are you tired of waiting for expensive capillaries ordered at fixed lengths, when you want to run your next experiment and just need a different sized loop for your micro-HPLC assay?
The solution:
The ZircoFit™ system was developed to meet the need of modern-day micro- and nano-UHPLC users for custom-length, high-pressure fused silica connections. Easy to use, functional, and economical, it is unique on the market today.
Now you can have that custom-length (or volume) connection in a matter of minutes. The starter kit contains all the parts needed for ten complete capillary connections and comes in a handy tool case: ZircoFit™crimp sleeves, 1/16″ conical fittings, fused silica capillaries and cutter, PTFE protective tubing, and the ZircoFit™ crimping tool. The latter is a squeezer that fits the sleeves onto the capillaries tight enough that they will not leak at 20,000 PSI.
