Theta Industries, Inc.

Dilamatic I

Theta Industries has been the industry leader in thermal physical properties measurement and manufacturing of scientific test equipment for over 30 years. We remain dedicated to bringing our customers the finest in both software and hardware to create the most advanced thermal analysis equipment available. We offer a full range of instruments from low cost Dilatometers, laser flash diffusivity to high temperature Viscometers.

See the flyer (in PDF format) for the new Differential Dial Gauge Dilatometer!

DILAMATIC I

Economy push rod Dilatometer ASTM E228

Fast, rapid cooling split furnace Maximum specimen: 13mm dia., 50mm length

SiO₂ specimen holder Type K thermocouple

Dilamatic I 1000°C Dilatometer

The Dilamatic I is the perfect instrument for educational, production, quality control or research applications. It features a very small footprint and rapid test cycles with a fast cooling split furnace. The instrument can optionally be computer controlled for complete automatic analysis and storage of all data parameters and results.

The basic instrument uses a high quality electronic digital dial gauge to measure the expansion or shrinkage of a specimen under the heating environment of the furnace. This system needs no periodic calibration procedures and is completely aligned and tested from the factory. The furnace control accepts up to 8 programmed segments of heating, cooling and dwell times. This can be expanded to 100 segments under computer control.

The standard Dilamatic I accepts specimen sizes up to 13mm in diameter and 50mm in length. Using matched SiO2 push rod and specimen tubes for optimum accuracy. The furnace is a split design making specimen placement and cooling extremely fast.

With the optional 32-Bit computer software , up to 100 program segments can be used. Temperature control can not exceed the acceptable maximum furnace, thermocouple or specimen holder temperatures. All data is collected and saved in user selectable directories on the computer allowing full data analysis at convenient times. High resolution charts and graphs are produced by the analysis module that can be printed or saved to generate a full report at a later time. All experiment parameters are also saved allowing complete repeatability of experiments by simply recalling the saved experiment file.

For rapid production testing, or occasional quality control checks, the Dilamatic I is a great instrument that is hard to beat, at a very affordable price.

Dilatometer Comparison Chart

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Theta Industries, Inc.
26 Valley Road
Port Washington, NY 11050
Voice: 516-883-4088 Fax: 516-883-4599 E-mail: theta@theta-us.com

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DILAMATIC I
Economy push rod Dilatometer	ASTM E228
Fast, rapid cooling split furnace	Maximum specimen: 13mm dia., 50mm length
SiO₂ specimen holder	Type K thermocouple


Dilamatic I 1000°C Dilatometer

The Dilamatic I is the perfect instrument for educational, production, quality control or research applications. It features a very small footprint and rapid test cycles with a fast cooling split furnace. The instrument can optionally be computer controlled for complete automatic analysis and storage of all data parameters and results.

The basic instrument uses a high quality electronic digital dial gauge to measure the expansion or shrinkage of a specimen under the heating environment of the furnace. This system needs no periodic calibration procedures and is completely aligned and tested from the factory. The furnace control accepts up to 8 programmed segments of heating, cooling and dwell times. This can be expanded to 100 segments under computer control.

The standard Dilamatic I accepts specimen sizes up to 13mm in diameter and 50mm in length. Using matched SiO2 push rod and specimen tubes for optimum accuracy. The furnace is a split design making specimen placement and cooling extremely fast.

With the optional 32-Bit computer software , up to 100 program segments can be used. Temperature control can not exceed the acceptable maximum furnace, thermocouple or specimen holder temperatures. All data is collected and saved in user selectable directories on the computer allowing full data analysis at convenient times. High resolution charts and graphs are produced by the analysis module that can be printed or saved to generate a full report at a later time. All experiment parameters are also saved allowing complete repeatability of experiments by simply recalling the saved experiment file.

For rapid production testing, or occasional quality control checks, the Dilamatic I is a great instrument that is hard to beat, at a very affordable price.