Showing results: 1 - 15 of 18 items found.
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Benz Co., Inc.
Plasticity is determined by taking a sample of known size, preheating it to a predefined test temperature for a precise time, and then subjecting it to a compressive force of 5,000g. The resultant thickness is the plasticity.
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PT2100 -
Benz Co., Inc.
Tests pipe, tube and hose from 1/8" to 12.0", measuring burst pressure up to 3000 psi. Custom burst pipe testers can measure higher pressures and larger diameter samples.
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Benz Co., Inc.
Has automated the test process with microprocessor-controlled data acquisition. Designed to provide the expected internal bond strength for various types of paper, coated products and paperboard, this instrument measures the impact energy imparted to the specimen. The machine consists of a base, sample-preparation press, tape dispenser, dual-range pendulum (0 to 0.325 ft. lbs. and 0 to 0.650 ft. lbs.) and Digital Display. Internal Bond software is available.
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Benz Co., Inc.
Measures the effects of low temperature on rubber, plastic and other elastomeric materials.
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Benz Co., Inc.
The measure of aggregate toughness and abrasion resistance such as crushing, degradation and disintegration.
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Benz Co., Inc.
This oscillating disk-cure rheometer, per ASTM D-2084 and ISO-3417, tests elastomeric materials to determine values for viscosity, cure characteristics and temperature at various points in the cure cycle.
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MV 2100 -
Benz Co., Inc.
The Benz Mooney Viscometer (MV 2100) measures and records the viscosity of natural and synthetic rubber and plastic elastomers, including rubber in the raw or compounded state. It is also used to determine the curing characteristics of compounded rubber.
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Benz Co., Inc.
Measures the rate of extrusion of molten resins, through a die of specified length and diameter, under prescribed conditions of temperature, load, and piston position in the barrel, as the timed measurement is being made.
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Benz Co., Inc.
For impact resistance testing of plastic film, sheet, and laminated materials, a specific weight is dropped from a specific height onto a firmly held sample to determine a 50% failure rate.
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Benz Co., Inc.
The Samples are immersed in a solution to drop the temperature. After three minutes at the desired temperature, the samples are hit with a striker of prescribed radius and speed. The operator then inspects the samples to see how many have failed.
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Benz Co., Inc.
Tensile tests are used to determine how materials will behave under tension load. In a simple tensile test, a sample is typically pulled to its breaking point to determine the ultimate tensile strength of the material.
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Benz Co., Inc.
Designed to test the resistance to crack growth after repeated flexing.
