Softness tester TP-T510

Introduction

Softness Tester has a measurement range of 10 to 1000 mN, allowing it to assess a wide range of material softness. It has a 1 mN division value, allowing precise detection of small force changes. Our softness tester operates using advanced micro-electron control technology for accurate performance. It is suitable for measuring the softness of toilet paper, tobacco sheets, fiber fabrics, and similar materials.

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

Softness Tester measures the softness of toilet paper, tobacco sheets, fiber fabrics, and similar materials.

Specifications

Measurement range	10 to 1000 mN
Division value	1 mN
Accuracy	±1%
Indicating error	≤0.5
Pressing depth of the measuring head	8 ±0.5 mm
Parallelism error between two brims of the specimen stages	≤0.05 mm
Slit width of the specimen stage	5 mm, 6.35 mm, 10 mm, 20 mm
Power supply	AC 220V ±22V, 50Hz
Dimension	600 × 450 × 300 mm
Packaging Dimension	660 × 480 × 400 mm
Net weight	35 Kg
Gross Weight	40 Kg

Features

Meets standards T498Su, GBT8942, and QBT1060

Compact design 

Easy to operate 

FAQs

1. What materials can the It Softness Tester measure, and how does it help in assessing softness?

The It Softness Tester is designed to measure the softness of various thin materials such as toilet paper, tobacco sheets, fiber fabrics, and similar products. By applying a controlled force ranging from 10 to 1000 milliNewtons (mN), it evaluates how soft or flexible these materials feel. This helps manufacturers ensure their products meet quality standards for comfort and usability. The tester’s high precision, with a division value of 1 mN, allows it to detect even very small changes in softness, making it useful for quality control and research.

2. How does the It Softness Tester achieve accurate and reliable softness measurements?

The It uses advanced micro-electron control technology to precisely apply and measure forces on the sample material. This technology ensures stable and consistent operation, reducing errors caused by manual testing. The device also features an screen for easy reading of results and meets international standards such as T498Su, GBT8942, and QBT1060, which guarantees the accuracy and reliability of its measurements. Its pressing head moves to a fixed depth of 8 ±0.5 mm, and it maintains tight control over sample positioning to provide consistent results.

3. What are the key technical specifications of the It Softness Tester that users should know?

The It Softness Tester measures forces between 10 to 1000 mN with a fine resolution of 1 mN. It offers an accuracy of ±1%, with an indicating error of less than or equal to 0.5. The pressing depth of its measuring head is precisely controlled at 8 ±0.5 mm, ensuring consistent contact with the material. The specimen stage can accommodate different slit widths of 5 mm, 6.35 mm, 10 mm, and 20 mm, allowing flexibility for different sample sizes. It runs on standard AC power (220V ±22V, 50Hz) and has compact dimensions (600 × 450 × 300 mm) with a net weight of 35 kg, making it easy to place in most lab environments.

4. How user-friendly is the It Softness Tester in terms of operation and maintenance?

It designed the Softness Tester with ease of use in mind. Its compact size and clear display allow operators to quickly set up tests and read results without complicated procedures. The device requires minimal training and is straightforward to operate, making it suitable for both experienced lab technicians and new users. The smooth design and quality build also simplify cleaning and maintenance, ensuring long-lasting performance. Additionally, compliance with international testing standards means users can trust the tester to deliver consistent results every time.

5. In what industries or applications would the It Softness Tester be most beneficial?

The It Softness Tester is ideal for industries where softness and texture are critical quality attributes. For example, in the paper industry, it helps manufacturers test the softness of toilet paper and tissue products. In the tobacco industry, it measures the softness of tobacco sheets, ensuring a consistent smoking experience. Textile manufacturers can also use it to assess the softness of fiber fabrics, which affects comfort and product appeal. Overall, this tester supports quality control, product development, and research across a range of materials where softness is important.