• Pressure Reaction Vessels

    Lab-Crest® Glass Pressure Reaction Vessels Offer Outstanding Value in Research & Industrial Labs

    Visual observation of a pressurized system is one of the major advantages of Lab-Crest® glass pressure reaction vessels (also known as Fischer-Porter bottles). Chemically inert borosilicate glass construction allows you to accurately and safely observe:

    • Solubility of gases in liquids at increased pressures.
    • Chemical behavior of liquids and gases subjected to temperature and pressure changes.
    • Effect of liquids on metals.
    • Purity of propellant batches.
    • Spray and pressure characteristics.

    Typical Applications Include:

    • Hydrogenation
    • Polymerization
    • Catalysis
    • Isomerization

    Pressure Reaction Vessel Support Information

    Typical Assembly

    Multiport Nomenclature

    # Description Qty Part #
    1 Manifold Block 1 443V639U01
    2 Bearing Sleeve 1 443V640U01
    3 Seal Spacer Ring 1 443V634U01
    4 Bearing Inner Sleeve 1 443V635U01
    5 Seal Retainer Sleeve 1 443V637U01
    6 Manifold Gap 1 443V638U01
    7 Shaft 1 443V633U01
    8 Hub 1 443V632U01
    9 Holder Shaft 1 443V631U01
    10 Blade (Sold individually) 2 443V636U01
    11 Ball Bearing (Sold individually) 2 103C043U19
    12 Retaining Ring 1 106D055U10
    13 "O" Ring Seal 1 101W902U01
    14 Spring Seal (Sold individually) 2 102E083U01
    15 Roll Pin (Sold individually) 2 107A018U01
    16 Hex Soc Set SCR (Sold individually) 2 023G004T10
    17 Insert — Collar 1 441A003P30
    18 Adaptor — Nut 1 441A005T30
    19 Aerosol Bottle (12oz.) 1 443T006U02
    20 Gasket 1 333C015U02

    Specifications

    Vessel Volumes to Neck Pressure Rating* Height of Bottle Width of Bottle
    3 oz. (test tube) 85mL 225 psig 8" 1 5/16"
    6 oz. flat bottom 225mL 100 psig 6 1/8" 2 1/2"
    12 oz. flat bottom 468mL 75 psig 7 3/8" 3"
    3 oz. footed 113mL 225 psig 5.3" 2"
    6 oz. footed 190mL 100 psig 5.6" 2 1/2"
    12 oz. footed 400mL 75 psig 10.38" 2.29"
    *Pressure rating will degrade at the rate of .25 psig per degree F rise above ambient.