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6991 Old 3C Highway Westerville, Ohio, USA

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Dilatometers

ORTON Dilatometer Model 1410 B

Orton Dilatometer 1410B is a basic horizontal, digital dilatometer that measures the expansion or contraction of a single test specimen from room temperature to 1000°C with on-board, stand-alone, programmable process controller and measuring head assembly equipped with LVDT sensor.

ORTON Dilatometer Model 1410 STD

Orton dilatometer Model 1410STD is a horizontal, digital dilatometer that measures the expansion or contraction of a single test specimen from room temperature to 1000°C with on-board, stand-alone, programmable process controller and linear motion measuring head assembly equipped with LVDT sensor.

ORTON Dilatometer Model 1412 STD

Orton dilatometer Model 1412STD is a horizontal, digital dilatometer that measures the expansion or contraction of a single test specimen from RT to 1200°C with on-board, stand-alone, programmable process controller and linear motion measuring head assembly equipped with LVDT sensor.

ORTON Dilatometer Model 1416 STD

Orton dilatometer Model 1416STD is a horizontal, digital dilatometer that measures the expansion or contraction of a single test specimen from room temperature to 1600°C with on-board, stand-alone, programmable process controller and linear motion measuring head assembly equipped with LVDT sensor.

ORTON Dilatometer Model 2010 C

Orton dilatometer Model 2010C is a horizontal, digital dilatometer that measures the expansion or contraction of a single test specimen from -190°C to +500°C or RT to 1000°C with on-board, stand-alone, programmable process controller and linear motion measuring head assembly equipped with LVDT sensor.

Thermal Conductivity

Thermal Conductivity Hot Wire

the Model TCH-16 Hot Wire system measures the thermal conductivity of a single sample of refractory material with a thermal conductivity up to 15 W/mK at temperatures between ambient and up to 1650°C in air. The 4 sample furnace (9 inch brick samples) is lined with high purity ceramic fiber and is heated with molybdenum disilicide heating elements, and controlled with a type "S thermocouple.

Thermal Conductivity Calorimeter

The Orton C201 Thermal Conductivity Apparatus is a system to measure the heat flow through a refractory using a water-cooled calorimeter. The test sample size requirements are (3) 9 straight brick and (6) 9 x 2.5 x 2.25 soap bricks. (total of 9 straight bricks required)

Gradient Furnace

Gradient Furnace Model GTF-MD-1612

A Horizontal, bench top gradient furnace system with 12 monitored zone. Typical temperature gradient is 10 -12°C/inch at 1400°C. Study the effects of temperature on ceramic properties of interest. As a liquidus furnace is useful for determining the maximum temperature at which crystallization will form in a glass, and a minimum temperature at which a glass can be held for extended periods of time without crystal formation and growth.

Gradient Furnace Model GTF-MD-1616

A Horizontal, bench top gradient furnace system with 16 monitored zone. Typical temperature gradient is 10 -12°C/inch at 1400°C. Study the effects of temperature on ceramic properties of interest. As a liquidus furnace is useful for determining the maximum temperature at which crystallization will form in a glass, and a minimum temperature at which a glass can be held for extended periods of time without crystal formation and growth.

Liquidus Furnace

Liquidus Furnace Model GTF-MD-1612

A Horizontal, bench top gradient furnace system with 12 monitored zone. Typical temperature gradient is 10 -12°C/inch at 1400°C. Study the effects of temperature on ceramic properties of interest. As a liquidus furnace is useful for determining the maximum temperature at which crystallization will form in a glass, and a minimum temperature at which a glass can be held for extended periods of time without crystal formation and growth.

Liquidus Furnace Model GTF-MD-1616

A Horizontal, bench top gradient furnace system with 16 monitored zone. Typical temperature gradient is 10 -12°C/inch at 1400°C. Study the effects of temperature on ceramic properties of interest. As a liquidus furnace is useful for determining the maximum temperature at which crystallization will form in a glass, and a minimum temperature at which a glass can be held for extended periods of time without crystal formation and growth.

Littleton Softening Point

Littleton Softening Point Model LSP-900

A laboratory, bench-top, fiber elongation system for automatically determining Littleton softening point of a glass fiber below 900c Operated according to ASTM C-338 Method or modified version of this procedure.

Littleton Softening Point Model LSP-1000

A laboratory, bench-top, fiber elongation system for automatically determining Littleton softening point of a glass fiber below 1000C. Operated according to ASTM C-338 Method or modified version of this procedure.

Anneal & Strain

Anneal & Strain Model ANS-800

A laboratory bench-top system for automatically determining annealing point temperature and strain point temperature of a glass fiber below 800C. Operated according to ASTM C-336 Method A or modified version of this procedure.

Anneal & Strain Model ANS-1000

A laboratory, bench-top system for automatically determining annealing point temperature and strain point temperature of a glass fiber below 1000C. Operated according to ASTM C-336 Method A or modified version of this procedure.

Rotating Spindle Viscometer

Rotating Spindle Viscometer Model RSV-1600

A laboratory bench-top system for measuring the viscosity of molten glass as a function of temperature from room temperature to 1600°C. Operated according to ASTM C-965/A, ASTM C-1276

Rotating Spindle Viscometer Model RSV-1700

A laboratory bench-top system for measuring the viscosity of molten glass as a function of temperature from room temperature to 1700°C. Operated according to ASTM C-965/A, ASTM C-1276

Beam Bending Viscosity

Beam Bending Viscosity Model BBV-1000

A laboratory bench-top system for automatically determining annealing point temperature, strain point temperature or viscosity (Log poise 14.0 - 9.0) of a solid glass beam, rod, or tube below 1000C. Operated according to ASTM C598, ASTM C1350M or modified versions of those test procedures

Beam Bending Viscosity Model BBV-1200

A laboratory bench-top system for automatically determining annealing point temperature, strain point temperature or viscosity (Log poise 14.0 - 9.0) of a solid glass beam, rod, or tube below 1200C. Operated according to ASTM C598, ASTM C1350M or modified versions of those test procedures.

Parallel Plate Viscosity

Parallel Plate Viscosity Model PPV-1000

A laboratory, bench-top system for measuring the viscosity (range log 5 poise to log 9 poise) of solid glass cylinders (6 to 12 mm OD by 3 to 6 mm thick) as a function of temperature below 1000C. Operate according to ASTM C-1351M.

Parallel Plate Viscosity Model PPV-1200

A laboratory, bench-top system for measuring the viscosity (range log 5 poise to log 9 poise) of solid glass cylinders (6 to 12 mm OD by 3 to 6 mm thick) as a function of temperature below 1200C. Operate according to ASTM C-1351M.

Labino Softening Point

Labino Softening Point Model SP-3A

A complete and compact bench-top instrument for approximating the softening point of solid glass pieces by the Labino Method. The Model SP-3A is a unique, patented system that was designed as a low cost instrument for quickly and easily measuring the Littleton Softening Point of glasses without pulling fibers. The tests are performed on a small blocks of glass samples.

Glass Melting Furnace

Glass Melting Furnace GMF-1700

The high temperature furnace consists of 6 molybdenum disilicide hairpin heating elements (I2R Moly-D ®) vertically suspended inside an insulation package made from vacuum formed 1800oC high density fiber. A hearth pedestal made from 1760C insulating firebrick (BNZ 3200 IFB ®) is provided to hold the crucible accurately in the center of the hot zone.

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