PNEUMATIC TROUGH

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PNEUMATIC TROUGH Specification

Shape
Rectangular

Control Type
Manual

Temperature Resistance
Up to 100C

Glass Type
Not Included (compatible with borosilicate glassware)

Type
Pneumatic Trough

Dimension (L*W*H)
Length 500 mm x Width 300 mm x Height 150 mm (Approx.)

Equipment Type
Lab Equipment

Equipment Materials
Stainless Steel / Polypropylene (PP)

Power
Not Required (Manual Operation)

Material
Stainless Steel or Polypropylene

Application
Laboratory gas collection and displacement experiments

Manufacturing Standard
Laboratory/commercial quality

Color
Silver (SS) / White (PP)

Number of Lids
One, with fitted opening for gas delivery tube

Inner Shelf/Platform
Perforated removable shelf for holding gas jars

Finish
Mirror/Polished (for Stainless Steel); Smooth (for Polypropylene)

Chemical Resistance
High (acid/alkali resistant)

Edge Type
Rolled or smooth for safety

Weight
Approx. 2.5 kg

About PNEUMATIC TROUGH

PNEUMATIC TROUGH

These troughs, made of polypropylene are autoclavable and are available in different sizes. These can be used for a wide range of purposes including storage, sterilizing & drying labware etc.

Material : Polypropylene

CODE NO.	PARTICULARS	PACKING (Pcs)
81501	Pneumatic Trough -180 mm x h-60 mm	6
81502	Pneumatic Trough-200 mm x h-100 mm	6
81503	Pneumatic Trough -250 mm x h-100 mm	4

Versatile Laboratory Tool

Engineered for laboratory gas collection and displacement experiments, the Pneumatic Trough supports a variety of scientific applications. Its compatibility with borosilicate glassware and superior chemical resistance make it suitable for both research and teaching labs.

Durable Materials and Safety Features

Choose from polished stainless steel or smooth polypropylene construction, both offering excellent corrosion resistance and easy cleaning. Rolled or smooth edges provide extra handling safety, while the perforated removable shelf enhances the efficiency and versatility of the trough.

FAQs of PNEUMATIC TROUGH:

Q: How is the pneumatic trough used in laboratory experiments?

A: The pneumatic trough is primarily used for collecting and measuring gases via water displacement. Gas jars are placed on the inner perforated shelf, and the supplied lid has an opening to accommodate a gas delivery tube, ensuring containment of the evolving gas during experiments.

Q: What materials are available for the pneumatic trough and what are their benefits?

A: This pneumatic trough is available in stainless steel and polypropylene. Stainless steel offers a mirror-polished finish, high durability, and resistance to corrosion, while polypropylene is lightweight, acid/alkali resistant, and provides a smooth, easy-to-clean surface.

Q: When should a laboratory choose a stainless steel versus a polypropylene pneumatic trough?

A: Choose stainless steel for intense, frequent use with high temperatures and demanding chemicals. Polypropylene is ideal for less corrosive environments, where lightweight handling and cost-effectiveness are prioritized.

Q: Where can this pneumatic trough be used?

A: It is suitable for school and university teaching laboratories, research labs, and commercial settings needing reliable gas collection equipment, and is supplied by manufacturers, traders, and suppliers throughout India.

Q: What safety features does the pneumatic trough offer?

A: The design includes rolled or smooth safety edges to minimize injury risk, a removable perforated shelf for stable jar placement, and high chemical resistance, making it safe for acids and alkalis.

Q: How easy is it to clean and maintain this pneumatic trough?

A: Both stainless steel and polypropylene models are designed for easy cleaning due to their non-porous, smooth finishes and removable shelf, ensuring quick maintenance between experiments.

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