Shore Hardness Tester LSHT-T2010

Introduction

Shore Hardness Tester is a short A type durometer that offers a 1° resolution and measurement upto 100 HD, ensuring reliable and standardized results. This is a precision device designed for accurate hardness measurement of soft materials. The compact and lightweight design makes it ideal for handheld operation. A driven pointer system provides instant, error-free readouts. It is ideal for testing soft materials like rubber, silicone, elastomers, soft plastics in industrial laboratories.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Shore Hardness Tester accurately measures the hardness of soft materials like rubber, silicone, elastomers, soft plastics. It is ideal for quality control, R&D, manufacturing, and academic applications

Specifications

Type	Shore Hardness Tester
Needle Head Size	Φ 0.79 mm
Resolution	1°
Measuring Range	0 to 100 HD
Measurement Error	Within 10 to 90°, Error <= 1°
Needle Stroke	2.5 mm
Needle End Pressure	0.55 N to 8.05 N
Product Dimensions (L×W×H)	115 × 60 × 25 mm
Net Weight	Approx. 160 g

Features

High-Resolution Dial Display

Durable Metallic Construction

User-Friendly Operation System

Quick Response Mechanism

Minimal Maintenance Requirement

FAQs

1. What materials can be tested using the Shore Hardness Tester ?

The Shore Hardness Tester is engineered to measure the hardness of a wide variety of soft to medium-hardness materials with high accuracy. It is well-suited for evaluating natural and synthetic rubber, low-hardness plastics, processed leather, wax, and even complex multi-component greases. This makes it particularly useful for industries that rely on the mechanical properties of flexible or semi-rigid materials. The device ensures consistent and repeatable results across varying material types and surface textures. Its broad material compatibility enhances its versatility in both quality control and research applications.

2. Does the tester provide instant readings?

Yes, the Shore Hardness Tester is equipped with a driven pointer system that locks onto the final hardness value immediately after the measurement is taken. This system allows users to obtain a stable reading without needing to monitor the dial in real time during the test. As a result, the risk of missing or misinterpreting fast-moving pointer readings is significantly reduced. This feature improves the ease of operation while enhancing accuracy, particularly in high-throughput or field-testing scenarios. It contributes to quicker decision-making and more efficient workflows.

3. Can it be used both handheld and mounted?

Yes, the Shore Hardness Tester is designed for dual functionality, making it suitable for both handheld use and mounted operation. When portability and quick assessments are required, the compact and ergonomic form allows users to conduct tests manually with comfort and ease. For applications requiring greater precision and repeatability, especially in quality control environments, the Shore Hardness Tester can be securely mounted on a matching fixed load holder. This flexibility allows the same instrument to be used effectively in various testing conditions. Whether in a lab or on a shop floor, it adapts well to the needs of the user.

4. What standards does the Shore Hardness Tester comply with?

The Shore Hardness Tester complies with a comprehensive range of international and national standards, including 868, 7619, GB/T531, JB6148, and JJG304. These standards ensure that the hardness testing procedure, performance, and accuracy meet globally accepted benchmarks. Compliance with these protocols guarantees consistent results across different testing laboratories and manufacturing environments. It also reinforces the tester’s credibility and applicability in regulated industries. As a result, users can rely on the Shore Hardness Tester for dependable and reproducible hardness measurements across various sectors.

5. Is calibration or zeroing required before each use?

It is highly recommended to check and verify the zero setting on the Shore Hardness Tester before beginning each new round of measurements. This becomes especially important when switching between different test materials, after device transportation, or following long periods of inactivity. A simple zeroing step ensures that readings remain accurate and free from systematic error. Regular calibration and verification maintain the long-term precision and functionality of the instrument. Adopting this practice contributes to consistent and trustworthy results in every use.