Hydrogen Sulfide (H2S) Specialty Gas Grade
Single-stage, double-stage, piston, and building material types Pressure Gauges in SS 316/ Brass Chromplated Diaphragm with Teflon Seat 0-210, 0-280, 0-450 kg/cm Inlet Pressure for SS 316 and Brass Outlet Pressure as needed: 0-2, 0-7, 0-10, 0-16, 0-40, 0-70, 0-100, and 0-280 kg/cm 300 Flow (LPH) (max) Services for Gas Air, N2, H2, HE, Acetylene, Argon, N2O, Methane, Ammonia, HCL, Chlorine, SO2, Isobutene, and other gases are all examples of gases. Electrical Connection Swage lock 1/4, 1/8, and hose inlet connection according to gas requirements
CO, CO2, Helium, Argon, Oxygen, Cl2, H2S, SO2, NH3, N2, H2, Air, Gases Regulators HIGH PREESSURE PISTON TYPE REGULATOR High pressure piston type cylinderregulator brass chromplated body.Inlet pressure gauge 0-280 kg/cmOutlet pressure gauge 0-100 kg/cm (asper requirement)For O2, Ar, He, CO2,N2, H2, Air, Gas

HCL Gas Regulator
produces hydrogen chloride pure gas with a purity of up to 99.9995% for use in a range of chemical industry (rubber and vinyl) applications and laboratory applications. Additionally, hydrogen chloride can be found in ATHENAspecialty gas mixtures for semiconductor, industrial hygiene, and safety applications. The ATHENA cylinder treatment ensures the accuracy and stability of the combination.

Design Feature

• Reducer of pressure in one stage
• Using a tight seal, the maternal and diaphragm
• 1/4" NPT body inlet and outlet interface (F)
• Internal structure is simple to clean.
• able to set filters
• Install a panel can be used
• Membrane valve, needle valve, inlet form
• Common Applications
• Laboratory
• Chromatography of Gas
• Laser gas
• fuel bus-bar
• the petrochemical sector
• test apparatus
• consists of a two-stage laboratory pressure regulator
• structure with two stages of decompression
• Both the valve body and the diaphragm use hard seals.
• Cleaning the internal structure is simple.
• Filter is installed inside.
• is panel mountable
• Diaphragm or needle valves are options for the outflow
• 2 step laboratory pressure regulator made of material
• 316L valve body
• 316L top cover
• 316L Diaphragm
• Purifier 316L (10m)
• Vespel, PTFE, and PCTFE valve seats
• 316L spring

Technical Parameter

Maximum Inlet Pressure	500,3000psig
Outlet Pressure Ranges	0~25, 0~50, 0~50,0~250,0~500psig
Safety test pressure	1.5 times maximum inlet pressure
Operating Temperature	-40 DegreeF to +165 DegreeF / -40 Degreec to 74 Degreec
Leakage Rate AgainstAtmosphere	2*10-8atm cc/sec he
Cv value	0.06

• SS 316 L Diaphragm
• Zero correlation
• Specifications
• Diaphragm made of stainless steel
• Typical 10-meter sintered bronze filter at main valve assembly inlet
• typical interior surface finish of 1.6 m
• sanitised for the oxygen service
• shut-off bubble tight
• 210 bar of inlet pressure (3000 psi)
• 0 to 25 bar at outlets (360 psi)
• Effect of supply pressure is less than 0.05%
• Cv 0.05, the flow coefficient
• 1.5 times the working pressure in design pressure
• 1/4" NPT for all connectors (F)
• Seat PTFE/PCTFE
• Maximum operating temperature for PTFE is 66°C and for PCTFE is 80°C.
• This pressure regulator complies with both industry and governmental standards. The Oxygen High Pressure Regulator is continuously updated to manufacture goods of a better standard without compromising on quality.

Gas regulator for HCL
Chlorine Gas Control Device
Regulator for Hydrogen Chloride Gas
produces hydrogen chloride pure gas with a purity of up to 99.9995% for use in a range of chemical industry (rubber and vinyl) applications and laboratory applications. Additionally, hydrogen chloride can be found in ATHENAspecialty gas mixtures for semiconductor, industrial hygiene, and safety applications. The ATHENA cylinder treatment ensures the accuracy and stability of the combination.

Technical Parameter

Maximum Inlet Pressure	500,3000psig
Outlet Pressure Ranges	0~25, 0~50, 0~50,0~250,0~500psig
Safety test pressure	1.5 times maximum inlet pressure
Operating Temperature	-40 DegreeF to +165 DegreeF / -40 Degreec to 74 Degreec
Leakage Rate AgainstAtmosphere	2*10-8atm cc/sec he
Cv value	0.06

Design Feature

• Reducer of pressure in one stage
• Using a tight seal, the maternal and diaphragm
• 1/4" NPT interface between the body's inlet and outlet (F)
• Internal structure is simple to clean.
• Install a panel can be used
• Membrane valve, needle valve, inlet form
• Common Applications
• Laboratory
• Chromatography of Gas
• Laser gas
• fuel bus-bar
• the petrochemical sector
• test apparatus
• consists of a two-stage laboratory pressure regulator
• structure with two stages of decompression
• Both the valve body and the diaphragm use hard seals.
• Cleaning the internal structure is simple.
• Filter is installed inside.
• is panel mountable
• Diaphragm or needle valves are options for the outflow
• 2 step laboratory pressure regulator made of material
• 316L valve body
• 316L top cover
• 316L Diaphragm
• Purifier 316L (10m)
• Vespel, PTFE, and PCTFE valve seats
• 316L spring

AMMONIA Low Pressure Gas Regulator

ATHENA two-stage pressure regulator for laboratories

6000 psig maximum inlet pressure

0–2500 psig as the outlet pressure

pressure used for safety tests maximum inlet pressure times 1.5

Working temperature is 4074 (-40°F to 165°F).

2 × 10-8 atm cc/sec He leakage rate

0.02, 0.06, 0.08, and 0.2 for CV

approximately 1.55 kilogramme

ATHENA two-stage pressure regulator for laboratories

structure with two stages of decompression

Cleaning the internal structure is simple.

Both the valve body and the diaphragm use hard seals.

Filter is installed inside.

is panel mountable

Diaphragm or needle valves are options for the outflow

2 stage laboratory pressure regulator applications

test equipment, a gas chromatograph, a gas bus, a gas laser, the petrochemical industry

2 step laboratory pressure regulator made of material

316L valve body

316L Diaphragm

316L top cover

Purifier 316L (10m)

PCTFE, PTFE, and valve seat