Helium, Q, 5.0, Ultra High Purity, 99.999 %, 71 ft3, High Pressure Steel (HPS), CGA 580-Cap

Category Helium
HE 5.0Q
Starting from
CAD 231.98 / CYL
/
LIST PRICE CAD 231.98
%
- +

Helium, Q, 5.0, Ultra High Purity, 99.999 %, 71 ft3, High Pressure Steel (HPS), CGA 580-Cap

Item Code: HE 5.0Q
Helium is a colorless, odorless and tasteless inert gas which has no toxic properties. A member of the rare gas chemical family, it is 1/7 as heavy as air , and is mainly sourced from natural gas wells. Liquid Helium at -452°F is the coldest liquefied gas. Helium has a wide range of uses including cooling superconductive magnets coils in MRI machines, pressurizing rocket rule, creating inert atmospheres for welding and heat treatment, and inflating balloons and even airbags.
Category Helium

Fetching product details


Helium is a colorless, odorless and tasteless inert gas which has no toxic properties. A member of the rare gas chemical family, it is 1/7 as heavy as air , and is mainly sourced from natural gas wells. Liquid Helium at -452°F is the coldest liquefied gas. Helium has a wide range of uses including cooling superconductive magnets coils in MRI machines, pressurizing rocket rule, creating inert atmospheres for welding and heat treatment, and inflating balloons and even airbags.
  • Brand : Own Brand
  • Category : Simcoe Gases Inc
  • Cylinder Material : High Pressure Steel
  • Cylinder Size : Q

Fetching product details


Helium is a colorless, odorless and tasteless inert gas which has no toxic properties. A member of the rare gas chemical family, it is 1/7 as heavy as air , and is mainly sourced from natural gas wells. Liquid Helium at -452°F is the coldest liquefied gas. Helium has a wide range of uses including cooling superconductive magnets coils in MRI machines, pressurizing rocket rule, creating inert atmospheres for welding and heat treatment, and inflating balloons and even airbags.
  • Brand : Own Brand
  • Category : Simcoe Gases Inc
  • Cylinder Material : High Pressure Steel
  • Cylinder Size : Q
SEARCH ×