Sample Cylinder for Gas sampling and Liquid sampling Bottle stainless

Sample Cylinder

Sample Cylinder Application :
Hydrocarbon sampling for refineries, Gas for chromatography experiments, Condensate for fossil fuel and nuclear power plants, As surge accumulators or reaction vessels, As snubbers in reactor feed lines.
◎ Miniature, ~1000 psig, MC Series
◎ General Service, ~5000 psig, SC Series.
◎ TPED-compliant Cylinders
◎ DOT-compliant Cylinders
◎ Sulfinert (SilcoTek-coated) Cylinders
◎ Spring Relief Device, RT Series

Sample Cylinder Configuration

Sample Cylinder Assemblies

Miniature, ~1000 psig, MC Series
Features

Maximum working pressure: 1000 psig (69.0 bar)
Capacities: 10, 25 and 50 cubic cm
Available for Single-ended and double-ended configurations
Smooth internal neck transition for easy cleaning
Stainless steel construction to ensure high corrosion resistance
Full-penetration butt weld constructions

Special Application Sample Cylinder

Due to Sulfur compounds quickly react with stainless steel surfaces, accurate determination of these compounds is impossible when using untreated sample cylinders. SilcoNert 2000 (Sulfinert) technique bonds an inert silica layer into the surface of the stainless steel. The availability from SilcoNert® 2000 (Sulfinert®) coated sample cylinders and therefore provide stable storage of sulfur and mercury compounds at ppb levels in petroleum samples. and take for a long time and coating not flaking off and more durable than Teflon coating.

• Miniature, ~1000 psig, MC Series

MC Series Miniature Sample Cylinder, Double-ended Type 304L SS

MC Series Miniature Sample Cylinder, Double-ended Type 316L SS

Miniatur sample cylinder MS Series single ended SS316L

General Service, ~5000 psig, SC Series
Features

Capacities from 40 cm to 3785 cm (1 gal)
Cold-formed female NPT thread to provide high strength
Available DOT and non-DOT cylinders
Accessories, such as valves, relief devices, outage tubes, carrying handles, caps and plugs is available
Spun body machined is made from seamless tubing Furthermore to provide consistent wall thickness, size and capacity
Full-penetration gas tungsten arc-weld construction to ensure no leak for sampling (single-ended cylinder only)

Design :

◎ Sample cylinders are designed and manufactured in compliance with 49 CFR, the stringent regulation of U.S. Department of transportation, certainly to provide high reliability and long service life.

◎ Spun are made of seamless tubing to increase the wall thickness of neck transitions similarly thread areas which provides high strength to reduce the leak risks.

◎ The internal sandblasted to ensure smooth surface and subsequently minimized remaining particles for easy cleaning.

•General Service, ~5000 psig, SC Series

304L SS, SC Series Sample Cylinder, Single-ended Type

316L SC Series Sample Cylinder, Double-ended Type Female NPT - Copy

316L SS, SC Series Sample Cylinder, Double-ended Type, Female NPT with Handle

Options for Internal Cylinder Surface Treatments and Accessories

TPED-compliant Cylinders.
DOT-compliant Cylinders.
Spring Relief Device, RT Series.
PTFE Coating.
The internal cylinder surface can be coated with PTFE to provide a nonstick surface for easy cleaning.
Electropolishing.
Can provide a clean internal surface with a high degree of passivation.

Sample Cylinders are manufactured in accordance with U.S. Department of Transportation specifications and can be used to sample and transport gases and liquids

◎ Over pressure Protection :
Rupture Disc Kits : This kits protect sample cylinder from over pressurization by venting the gas to atmosphere.
Rupture Disc Tees : These compact assemblies are designed for using with FITOK valves. and Also Tees are made of 316 SS and each tee is supplied with a rupture disc kit.
Valves with Rupture Disc Kits.
◎ Carrying Handle
◎ Caps and Plugs with land yard
◎ End Caps
◎ Outage Tubes

SAFE VALVE SELECTION
When selecting a component is certainly the total system design must be considered to ensure safe, trouble-free performance. Similarly Component function, material compatibility, adequate ratings, proper installation, operation, and maintenance are the responsibility of the system designer and user.