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HBO LX-E type rubber Hardness Gauge is suitable for medium hard resilience rubber microporous materials

SE
Suitable for medium hard resilience, rubber or microporous materials, Measurement range 0-100HE, error of indication ≤ +/- 1 HE, needle stroke 0-2.5 mm, can be used with handheld or matching test bench.
$176.00/set
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HBO LX-E E type rubber Hardness GaugeSPEC

HBO LX-E E type rubber Hardness GaugeDetails

HBO LX-E E type rubber Hardness GaugePacking list

SKU
NB050587
Measurement range
0-100HE
Graduation
1HE
error of indication
≤±1HE
Pin stroke range
0-2.5mm
Pin end pressure
0.55-8.05N
Dimension
113*60*24mm
Weight
0.2kg
Options
LAC-J hardness gauge E type standard Hardness block
LX-E
E type rubber Hardness Gauge
Suitable for medium hard resilience, rubber or microporous materials, Measurement range 0-100HE, error of indication ≤ +/- 1 HE, needle stroke 0-2.5 mm, can be used with handheld or matching test bench.
HBO LX-E type rubber Hardness Gauge is suitable for medium hard resilience rubber microporous materials Picture

Product Introduction

LX-E type Hardness Tester is suitable for the hardness measurement of medium hard elastomers, rubber or microporous materials, such as industrial rubber rollers, sealing strips, shoe soles, harder elastomers, etc., and is more suitable for thinner or curved specimens, and the hardness of the material is >90HA, <20HD is recommended to use this type of Hardness Tester. The Hardness Tester can be used handheld or with a fixed load test bench.

This Hardness Tester is performed in accordance with the American ASTM D2240 standard, corresponding to Type E Hardness Tester.

FAQ
QI want to measure the Hardness of industrial rubber rollers, which hardness gauge should I choose?
A HBO's LX-E rubber hardness gauge is recommended. Because the LX-E is designed for medium-hard resilience, such as industrial rubber rollers and sealing strips, its pin travel and pressure range are suitable for measurement of such hard or curved samples, ensuring accurate and reliable measurement results.
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