1 2
Chemglass CG-1969-M-09 Inlet/Outlet Jacket High Flow Fitting Glassware
Chemglass CG-1969-M-09 Inlet/Outlet Jacket High Flow Fitting Glassware

Chemglass CG-1969-M-09 Inlet/Outlet Jacket High Flow Fitting Glassware

sku: 3378053
1 In Stock

Chemglass

Inlet/Outlet Jacket High flow connect fitting CG-1969-M-09
US REUZEit West Coast US - R
30-Day Warranty On Part
$49.00
Make Offer Enquiry Here
Add to cart Download flyer

Details

  • Category
    Chemistry
  • Dimension
    17.0in x 13.0in x 10.0in
  • Serial
    147957
  • Shipping Type
    FedEx Ground
  • Manufacturing
    Does Not Apply
  • Voltage / Hertz
    Does Not Apply / Does Not Apply

Description

Product Information

The Chemglass Inlet/Outlet Jacket High Flow Connect Fitting, Model CG-1969-M-09, is a specialized laboratory glassware component, designed for efficient fluid transfer in laboratory settings. Crafted by Chemglass in the United States, this component is in excellent condition, exhibiting minimal wear and cosmetic damage. While this fitting is part of a comprehensive glassware system, it can function independently within a variety of experimental setups. It provides high-flow capacities essential for demanding laboratory applications, making it an invaluable asset for research and industrial settings engaged in chemical reactions or fluid handling processes.


Key Features
  • High flow inlet/outlet fitting
  • Made by Chemglass
  • Excellent condition
  • Suitable for chemical processes
  • US origin

Specifications
  • Model: CG-1969-M-09
  • Condition: Excellent
  • Near new state with minimal use
  • Includes jacketed fitting for enhanced flow
  • Manufactured in the United States

Weight

Imperial: 26.4 Pounds

Metric: 11.97 Kilograms


Shipping Dimensions

Imperial: 20.4 lb x 15.6 lb x 12.0 lb

Metric: 51.82 cm x 39.62 cm x 30.48 cm


Harmonized Code

7017.90


Harmonized Code Details

7017.90 - Laboratory glassware, whether or not graduated or calibrated. This code is applicable as the product is a specialized glassware fitting used in laboratory settings for fluid transfer.