Vacuum Containers

	Material Material

	Capacity Capacity

	Diameter Diameter

	Height Height

	Lid Material Lid Material

Acrylic Plastic

Glass

Plastic

	Gauge Mounting Location Gauge Mounting Location

Top

Side

	Connection Style Connection Style

	Maximum Temperature Maximum Temperature

	For Tube OD For Tube OD

1/4"

1 1/2"

2 1/2"

	Bottom ID Bottom ID

	Maximum Vacuum Maximum Vacuum

1 × 10^-11 torr @
72° F

1 × 10^-7 torr @
72° F

7.5 × 10^-2 torr
@ 72° F

	DFARS (Defense Acquisition Regulations Supplement) DFARS (Defense Acquisition Regulations Supplement)

DFARS Specialty Metals
COTS-Exempt

	RoHS (Restriction of Hazardous Substances) RoHS (Restriction of Hazardous Substances)

RoHS Compliant

	For Flared Angle For Flared Angle

37°

45°

	REACH (Registration, Evaluation, Authorization and Restriction of Chemicals) REACH (Registration, Evaluation, Authorization and Restriction of Chemicals)

REACH Compliant

	High Vacuum Connection Type High Vacuum Connection Type

ISO-KF

ISO-K

	Clarity Clarity

Clear

Opaque

	Flange OD Flange OD

	Number of Connections Number of Connections

	Lid Style Lid Style

Clamp On

Bolt On

	Inside Height Inside Height

	Overall Height Overall Height

	Minimum Temperature Minimum Temperature

59 Products

Also known as vacuum degassing chambers, these remove trapped air from mixtures such as paint and mold resins. The fittings on the hose contain a gasket that allows you to connect the hose to flared fittings.

Aluminum containers are lightweight, corrosion resistant, and good for general use.

18-8 stainless steel containers have excellent corrosion resistance and are commonly used in laboratories.

Soda-lime glass containers are clear, so the material inside is visible from all angles.

PVC containers are lightweight and resist corrosion from harsh solvents. Because they’re taller than other containers, they’re often used for applications that require wood stabilization.

Containers with a side-mount gauge allow you to see the material inside of them when looking from the top.

Glass lids resist corrosion. They’re primarily used to eliminate air bubbles in woodworking projects that use harsh chemicals, which would deteriorate plastic lids. Glass lids are less durable than acrylic lids.

Acrylic lids are more durable than glass lids. They’re commonly used to eliminate air bubbles in hard setting materials, such as silicone and polyurethane.

Replacement lids do not include hardware or seal.

Replacement manifold assemblies include a manifold, vacuum gauge, washer, O-ring, and hex nut.

Containers

Aluminum with Top-Mount Gauge

Aluminum with Side-Mount Gauge

Stainless Steel with Top-Mount Gauge

Stainless Steel with Side-Mount Gauge

Soda-Lime Glass with Top-Mount Gauge

PVC Plastic with Top-Mount Gauge

Containers
				Gauge			Hose											Replacement Lids
Cap.	Dia.	Ht.	Bottom ID	Vacuum Range, in. of Hg	Accuracy	Grad. Marks, in. of Hg	Lg.	Thread Size	Gender	For Connection Style	For Flared Angle	For Tube OD	Max. Temp., °F	Removes Particle Size Down To	Includes		Each		Each
Aluminum with Top-Mount Gauge
Acrylic Plastic Lid with Silicone Rubber Seal
2 gal.	10 3/4"	7 1/2"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	0000000	0000000	0000000
3 gal.	10 3/4"	9"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
5 gal.	12 3/4"	11 1/2"	12"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
7 gal.	16 3/4"	9 3/4"	16"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
10 gal.	15 1/4"	17"	14"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
15 gal.	16 3/4"	18 1/2"	16 1/8"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
Aluminum with Side-Mount Gauge
Glass Lid with Silicone Rubber Seal
2 gal.	10 3/4"	7 1/2"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
3 gal.	10 1/4"	9 3/4"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	000000	00
5 gal.	12 3/8"	11 1/2"	12"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
Acrylic Plastic Lid with Silicone Rubber Seal
2 gal.	10 3/4"	7 1/2"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
3 gal.	10 3/4"	9"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
10 gal.	15 1/4"	17"	14"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
18-8 Stainless Steel with Top-Mount Gauge
Acrylic Plastic Lid with Silicone Rubber Seal
1 gal.	11 1/4"	4"	10 1/4"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
1 1/2 gal.	8 1/4"	9 1/4"	7 1/8"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
3 gal.	10 3/4"	11"	9"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	000000	00
3 gal.	11 1/4"	8 3/4"	10 1/2"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
64 fl. oz.	5 3/4"	7 1/2"	4 3/4"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	000000
64 fl. oz.	8 1/4"	4"	7 1/8"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
18-8 Stainless Steel with Side-Mount Gauge
Glass Lid with Silicone Rubber Seal
1 1/2 gal.	8 1/4"	9 1/4"	7 1/8"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
3 gal.	10 3/4"	11"	10"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
3 gal.	11 1/4"	8 3/4"	10 1/2"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
Acrylic Plastic Lid with Silicone Rubber Seal
3 gal.	11 1/4"	8 3/4"	10 1/2"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
Soda-Lime Glass with Top-Mount Gauge
Soda-Lime Glass Lid with Silicone Rubber Seal
56 fl. oz.	8 1/4"	3 1/2"	6"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	0000000	00000
PVC Plastic with Top-Mount Gauge
PVC Plastic Lid with Silicone Rubber Seal
1 3/8 gal.	7"	16"	6"	30 to 0	±5%	0.5	5 ft.	7/16"-20 UNF	Female	Flared	37°, 45°	1/4"	150°	50 microns	50 Micron Air Filter, Lid	0000000	000000	000000	00

Replacement Manifold Assemblies

Gauge Mounting Location		Each
Side	0000000	000000

Replacement Filters

Removes Particle Size Down To		Each
50 microns	0000000	00000

High-Vacuum Chambers

Analyze gases, test for leaks, and check the effects of high altitudes on electronic components with these chambers. They remove air and gases to create a space void of molecules.

Acrylic chambers are clear, so the material inside is visible from all angles. Acrylic releases air at a faster rate than steel, so these chambers cannot reach vacuum levels as high as those of stainless steel chambers.

Stainless steel chambers reach and maintain significantly higher vacuum levels than acrylic vacuum chambers, and they work at higher temperatures. They are more chemical resistant than acrylic chambers, making them appropriate for use with lab substances such as acetone and isopropyl alcohol.

Quick- and claw-clamp connections allow you to connect and disconnect components easily. The clamps join two flanged ends and a rubber O-ring. Quick-clamp connections are also known as ISO-KF; you'll need a ring and quick clamp to complete the connection. Claw-clamp connections are also known as ISO-K; they require a ring and multiple claw clamps to secure.

Flanged connections create a seal that is tighter than clamp connections. Also known as CF connections, the flanges have sharp edges that press into a copper gasket as you tighten the bolts. The tighter seal means chambers with flanged connections can reach a higher vacuum level than chambers with clamp connections. Choose flanged connections for applications that require ultra-high vacuum, such as surface analysis experiments.

Maximum vacuum is measured in torr. The lower the torr value, the higher the level of vacuum.

For technical drawings and 3-D models, click on a part number.

Acrylic Plastic

Acrylic

	Connection						Inside			Overall
Max. Vacuum	Style	No. of	High Vacuum Connection Type	High-Vacuum Flange Size	Flange OD	For Tube OD	Ht.	Wd.	Lg.	Ht.	Wd.	Lg.	Temp. Range, °F	Includes		Each
7.5 × 10 ^-2 torr @ 72° F	Quick Clamp	3	ISO-KF	25	1.57"	1"	12"	12"	12"	18"	15"	23"	-40° to 100°	Connection Clamps, Rings	0000000	000000000

304 Stainless Steel

Stainless Steel with Quick- and Claw-Clamp Connections

Stainless Steel with Flanged Connections

	Connection								Inside		Overall
Max. Vacuum	Style	No. of	High Vacuum Connection Type	High-Vacuum Flange Size	Flange OD	For Tube OD	Bolt Hole Dia. (No. of)	Bolt Circle Dia.	Dia.	Ht.	Dia.	Ht.	Temp. Range, °F		Each
1 × 10 ^-7 torr @ 72° F	Claw Clamp Claw Clamp Quick Clamp Quick Clamp	4	ISO-KF ISO-KF ISO-K ISO-K	25 40 63 100	1.57" 2.16" 3.74" 5.12"	1" 1 1/2" 2 1/2" 4"	__	__	9 3/4"	9 3/8"	13"	13.63"	-10° to 240°	0000000	000000000
1 × 10 ^-11 torr @ 72° F	Flanged	4	CF	25 40 63 100	2 1/8" 2 3/4" 4 1/2" 6"	1" 1 1/2" 2 1/2" 4"	17/64" (4) 17/64" (6) 21/64" (8) 21/64" (16)	1 5/8" 2 5/16" 3 5/8" 5 1/8"	9 3/4"	9 1/2"	13"	11.26"	-320° to 570°	0000000	00000000

Glove Bags

More flexible and portable than glove boxes, these glove bags are temporary enclosures that protect you while you work with hazardous or unknown material and isolate the material from outside air and moisture. They come with built-in gloves to shield your hands and prevent hand oils from getting inside. All have one or two zipper openings for depositing material and equipment. They collapse for storage and are sturdy enough to be used again, but replace them if they become contaminated.

Polyethylene bags have a tubing connector for inflating them with a gas supply. They come with polyethylene gloves, which resist ozone and many oxidizing chemicals. For extra protection, there are also cotton liner gloves.

PVC bags have a support frame for assembling them. To fill them with inert gas, use their barbed gas port fitting. They come with butyl gloves, which have excellent resistance to chemicals, vapors, and gases.

Polyethylene Plastic Bags with Polyethylene Plastic Gloves

Polyethylene Bag with Polyethylene Gloves and One Opening

Polyethylene Bag with Polyethylene Gloves and Two Openings

		Overall
Number of Openings	Opening Width	Height	Width	Depth	Thickness, mil	Glove Size	Closure Type	Maximum Temperature, °F	Includes		Each
1	10"	11"	17"	17"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000
1	10"	12"	20"	20"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	00000
1	10"	14"	30"	20"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000
1	18 3/4"	12"	27"	17"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	00000
1	22 1/2"	15"	27"	27"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000
1	33 1/2"	18"	37"	27"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000
1	33 1/2"	25"	37"	37"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000
2	10"	12"	20"	20"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000
2	10"	14"	30"	20"	3	9	Zipper	200°	3/8" Tubing Connector, Cotton Liner Gloves	0000000	000000

PVC Plastic Bags with Butyl Rubber Gloves

PVC Bag with Butyl Gloves and One Opening

		Overall				Glove
Number of Openings	Opening Width	Height	Width	Depth	Thickness, mil	Size	Port Diameter	Closure Type	Maximum Temperature, °F	Includes	Features		Each
1	23 5/8"	28 1/2"	33 7/8"	22"	60	9 3/4	4 1/2"	Zipper	110°	One 29" long piece of 5/16" ID Tubing	5/16" OD Barbed Gas Port Fitting	0000000	0000000

Glove Boxes

Shown with Steel Box with Latex Gloves

Safely handle hazardous and sensitive material in an enclosed space that keeps out air and moisture. These boxes have built-in gloves for protecting your hands and a viewing window for seeing your work. Position them on any flat work surface.

Use boxes with gas port fittings to exhaust the gas within and replace it with a different gas that works for your application.

Polyethylene boxes are lightweight, so they’re easy to move around your facility. They have a side door for inserting material and equipment.

Steel boxes are durable and stand up to frequent use. To deposit material and equipment without letting in air and moisture, they have a side chamber with one interior and one exterior door. There’s also a front door in case you need a bigger opening. Use the included humidity meter to make sure that sensitive material isn’t exposed to too much moisture.

Polyethylene Plastic Box with Neoprene Rubber Gloves

Polyethylene Box with Neoprene Gloves

Inside			Overall				Glove
Ht.	Wd.	Dp.	Ht.	Wd.	Dp.	Side Door Opening Dia.	Size	Port Dia.	Max. Temp., °F	Includes	Features		Each
14"	24 1/2"	10"	22"	27"	13"	8"	10	6"	175°	Clamping Rings	__	0000000	000000000
14"	24 1/2"	10"	22"	27"	13"	8"	10	6"	175°	Clamping Rings	Two 1/4"-3/8" OD Barbed Gas Port Fittings	0000000	00000000

Painted Steel Box with Latex Rubber Gloves

Steel Box with Latex Gloves

Inside			Overall			Front Door		Side Door		Glove
Ht.	Wd.	Dp.	Ht.	Wd.	Dp.	Opening Ht.	Opening Wd.	Opening Ht.	Opening Wd.	Size	Port Dia.	Max. Temp., °F	Includes	Features		Each
19 7/8"	31 7/8"	23 7/8"	24"	32"	25"	20"	32"	8 1/4"	8 3/8"	10	6"	150°	Humidity Meter	Two 1/4" ID Push-to-Connect Gas Port Fittings	0000000	000000000

Replacement Gloves

Material	Size		Pair
Latex Rubber	XL	0000000	0000000
Neoprene Rubber	XL	0000000	000000

Glove Box Mounting Clamps

Clamp ID	Material	Clamp Type	Pkg. Qty.		Pkg.
6"	Zinc-Plated Steel	Worm Drive	2	0000000	000000