Is the Thermal Shrinkage Tester LTST-A10 suitable for testing the hot-air shrinkage of synthetic fibres?

• The Thermal Shrinkage Tester LTST-A10 is designed primarily for testing the shrinkage of films in a liquid bath. It is not suitable for measuring the hot-air shrinkage of synthetic fibres. Using this instrument for hot-air shrinkage testing may lead to inaccurate results, as it does not provide the controlled hot-air environment required for such tests.

What is a thermal shrinkage tester, and how does it work?

• A thermal shrinkage tester measures the shrinkage behavior of materials when exposed to heat. The tester applies controlled heat to the sample, and the shrinkage is measured either in terms of length reduction or dimensional change, providing important data for materials testing, especially in packaging, textiles, and plastic industries.

What materials can be tested using the Labtron thermal shrinkage tester?

• The Labtron thermal shrinkage tester is designed for testing various materials like plastics, films, coatings, and textiles. It can handle samples in a range of sizes and compositions, making it suitable for research and quality control in multiple industries.

How accurate is the thermal shrinkage measurement on Labtron’s tester?

• Labtron’s thermal shrinkage tester provides highly accurate and repeatable measurements with a precision of up to 0.1 mm or better, depending on the model. The system is equipped with advanced sensors and controls to ensure reliable testing.

Can the Labtron thermal shrinkage tester be used for high-temperature applications?

• Yes, the Labtron thermal shrinkage tester is built to operate at elevated temperatures, typically up to 300°C, to simulate real-world thermal environments. This makes it suitable for testing a wide range of materials under various heat exposure conditions.

Is the Labtron thermal shrinkage tester easy to use for operators with minimal experience?

• Yes, the Labtron thermal shrinkage tester is designed with user-friendliness in mind. It features an intuitive interface with pre-programmed testing protocols, clear display screens, and simple calibration procedures, making it easy for both experienced and novice operators to perform tests efficiently.

Thermal Shrinkage Tester LTST-A10

Name: Thermal Shrinkage Tester LTST-A10
Brand: Labtron
SKU: LTST-A10
Rating: 4.9 (789 reviews)

Thermal Shrinkage Tester LTST-A10 supports samples up to 140 × 140 mm, making it ideal for film and material testing. This compact tester operates from room temperature to 200°C, ensuring precise heat shrinkage analysis. Featuring a microcomputer control system and a PVC menu-type panel, it offers easy operation and accurate control. Liquid heating system of our thermal shrinkage tester uses a stable, non-volatile medium to ensure uniform heating. The clamp and wire mesh support keep the samples secure, allowing for smooth and consistent testing.

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Sample Size	Less than equal to 140 × 140 mm
Temperature Range	Room temperature to 200°C
Temperature Control Accuracy	± 0.3°C
Heating Medium	Oil bath
Operating Temperature	23°C ± 2°C
Relative Humidity	50% ± 5%
Power Supply	AC220V 50Hz
Dimension	360 × 440 × 320 mm
Weight	14 Kg

Ergonomic design
Easy to use
Circuit Technology
PID temperature control
Automatic Timing Function

Thermal Shrinkage Tester LTST-A10 accurately measures the heat shrinkage ratio of films, heat-shrinkable tubes, hard PVC films for tablets, and back-sheets in a fluid medium at different temperatures.

Metal grid
Mesh bracket

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Thermal Shrinkage Tester LTST-A10 Catalog

Download manual for
Thermal Shrinkage Tester LTST-A10 Manual

Available Range :

Thermal Shrinkage Tester LTST-A10 : Less than equal to 140 × 140 mm Thermal Shrinkage Tester LTST-A11 : Up to 140 mm × 140 mm

Models of Thermal Shrinkage Tester

Labtron Thermal Shrinkage Testers ensure precise analysis of material shrinkage under controlled heat conditions. They feature high-precision temperature control systems, uniform heating distribution, and intuitive touchscreen interfaces for easy operation. Ideal for testing films, textiles, and packaging materials, they help assess thermal stability and dimensional changes. Our thermal shrinkage testers are widely used in quality control labs, research institutes, and manufacturing industries, guaranteeing reliable and repeatable results.

Thermal Shrinkage Tester LTST-A11

Sample Size : Up to 140 mm × 140 mm
Temperature Range : Room temperature to 250℃
Temperature Control Accuracy : ± 1℃
Power Supply : AC 220 V, 50 Hz

Thermal Shrinkage Tester LTST-A10 FAQ's

• The Thermal Shrinkage Tester LTST-A10 is designed primarily for testing the shrinkage of films in a liquid bath. It is not suitable for measuring the hot-air shrinkage of synthetic fibres. Using this instrument for hot-air shrinkage testing may lead to inaccurate results, as it does not provide the controlled hot-air environment required for such tests.
• A thermal shrinkage tester measures the shrinkage behavior of materials when exposed to heat. The tester applies controlled heat to the sample, and the shrinkage is measured either in terms of length reduction or dimensional change, providing important data for materials testing, especially in packaging, textiles, and plastic industries.
• The Labtron thermal shrinkage tester is designed for testing various materials like plastics, films, coatings, and textiles. It can handle samples in a range of sizes and compositions, making it suitable for research and quality control in multiple industries.
• Labtron’s thermal shrinkage tester provides highly accurate and repeatable measurements with a precision of up to 0.1 mm or better, depending on the model. The system is equipped with advanced sensors and controls to ensure reliable testing.
• Yes, the Labtron thermal shrinkage tester is built to operate at elevated temperatures, typically up to 300°C, to simulate real-world thermal environments. This makes it suitable for testing a wide range of materials under various heat exposure conditions.
• Yes, the Labtron thermal shrinkage tester is designed with user-friendliness in mind. It features an intuitive interface with pre-programmed testing protocols, clear display screens, and simple calibration procedures, making it easy for both experienced and novice operators to perform tests efficiently.