Linear Expansion Apparatus

Product Description

Since our incorporation year, we have been engaged in manufacturing, exporting and supplying Linear Expansion Apparatus. Used to measure the coefficient of expansion of a heated surface, this apparatus is suitable for testing of ceramic, building materials, glass, refractory and metal or alloy. Our offered apparatus is manufactured using supreme quality raw materials under the observation of our diligent team of professionals. In order to fulfill the variegated requirements of our clients, provided apparatus is available in various specifications. Our clients can avail this Linear Expansion Apparatus from us at cost-effective prices.

Features:

• Light weight

• Sturdy construction

• High strength

• Flawless finish

Further Details:

Prove that metals expand when heated and measure their coefficient of expansion. This device is easy to set up, use and store because you can heat the rods with warm tap water, there is no danger of burns from steam. The high-contrast dial indicator (English-reading or metric) is sensitive to 1/100 mm. Includes: heavy duty stainless steel channel base; three nipples for water intake, water outlet and thermometer; and four rods (steel, aluminum, brass, copper). Instructions included.

Precise Measurement for Laboratory Reliability

The apparatus offers high precision in thermal expansion studies with 0.01 mm accuracy. Suitable for academic and engineering labs, its analog dial gauge allows users to observe tiny changes as metal rods expand under heat. The construction ensures minimal external interference, supporting repeatable and reliable results every session.


Flexible Rod Material Options

Choose from brass, copper, or steel rods to explore expansion characteristics of different metals. Whether it's a physics demonstration or a detailed engineering experiment, varied material options help investigate the diverse properties of metals under thermal stress.


User-Friendly and Durable Design

Its durable plastic base, transparent glass cylinder, and easy-reading dial gauge promote effective, hands-on learning. The apparatus requires no electricity and is housed in foam-fitted packaging, protecting the robust components during transit and storage. Its single rod setup ensures simplicity and efficiency in experimental procedures.