Plastic Retort Stand, White Base And Rod

Quick Answer: The Retort Stand, Plastic is a plastic retort stand made up of a moulded rectangular base and an upright rod, both white in the listing photograph. It holds light apparatus such as burettes, funnels, probes and test tubes, and it does not rust.

Where a Plastic Stand Makes Sense

Metal stands corrode in rooms where acids are used daily, near sinks and in wet areas, and flaking paint ends up in samples. A plastic stand avoids that problem altogether: there is no iron to rust and no coating to chip, and it can be washed down with water and detergent. It is also light, which makes it easy for younger students to carry to and from the bench.

Plastics do not conduct electricity and are not attracted by magnets. That makes a plastic retort stand useful in physics and primary science as well as chemistry: holding a coil or a compass for magnetic field work, suspending a bar magnet, or supporting wires and probes in simple circuit experiments, where an iron base would distort the field or offer a path for current.

The trade-offs follow from the material. A light base holds less weight out to the side, so keep loads modest and close to the rod. Plastics soften with heat, so the stand should stay well away from burners and hot plates. The title does not name the polymer; many laboratory stands of this kind are moulded from polypropylene.

Care & Handling

Keep the stand away from open flames, hot plates and heating mantles.
Use it for light loads; for heavy flasks or condensers choose a metal base such as the cast iron retort stand.
Clean with water and mild detergent; strong solvents can craze or soften some plastics.
Store it out of strong sunlight, which slowly embrittles many plastics.

Applications

Holding a burette, or a funnel in a plastic funnel holder, at a sink-side station
Supporting a compass, coil or magnet for magnetic field experiments
Holding pH or temperature probes in a beaker during data-logging
Primary and middle-school science, where a light, unbreakable base is safer to carry

Specifications

Type	Retort stand, plastic construction (as titled)
Colour	White base and rod in the listing photograph
Base form	Rectangular moulded base
Properties	Non-magnetic, non-conducting, rust-free
Heat use	Not for use near flames or hot surfaces
Polymer and dimensions	Confirm at enquiry

Why Choose LabEquip

Primary schools, physics rooms and wet or corrosive work areas are the usual buyers of plastic stands. LabEquip lists this model next to its metal stands in the General Lab Products range, so a lab can mix the two station by station.

Frequently Asked Questions

What are the advantages of a plastic retort stand over a metal one?

It does not rust, has no paint to chip, is light to carry and can be washed down freely. It is also non-magnetic and does not conduct electricity, which helps in physics work.

Can I use it for heating experiments?

No. Plastics soften and can deform or melt near a flame or hot plate. Use a metal stand whenever apparatus is being heated.

How much weight can it hold?

Less than a heavy metal stand, because the base is light. It suits burettes, small funnels, probes and test tubes; keep loads close to the rod and avoid long reaches.

Why use it for magnetism experiments?

An iron base or rod is attracted by magnets and bends the field lines you are trying to map. A plastic stand has no magnetic effect, so plots made with iron filings or a compass show the magnet’s own field.

Which cleaning agents are safe?

Water with a mild laboratory detergent is safe for most plastics. Avoid soaking it in organic solvents such as acetone, which can craze or soften some polymers.

Can metal clamps be used on the plastic rod?

Metal boss heads and clamps can be fitted, but tighten them by hand only. Overtightening can dent a plastic rod, and a heavy metal clamp at full reach makes a light stand tip more easily.

Last Updated: September 2026