Textile Far - Infrared Radiation Heating Tester

The Textile Far-Infrared Radiation Heating Tester is designed to measure the far-infrared properties of textile materials, including fibers, yarns, fabrics, nonwoven fabrics, and their finished products. It evaluates the far-infrared emissivity and temperature rise characteristics of samples under controlled irradiation conditions.

The instrument allows accurate determination of far-infrared emissivity by comparing the radiation intensity of a sample to that of a standard blackbody plate under stable thermal conditions. Temperature rise measurement is performed by irradiating the sample with a constant far-infrared source and recording the surface temperature change.

Application

The tester is suitable for:

Far-infrared emissivity evaluation of textile fibers, yarns, and fabrics

Nonwoven and composite textile product testing

Research and development of functional textile materials with thermal or infrared properties

Quality control and verification in textile manufacturing

Standards

GB/T 30127-41 — Determination of Far-Infrared Emissivity of Textiles

Parameters

Features

Touch screen operation, intuitive menu-based control similar to a smartphone interface

Multifunctional self-developed motherboard for core control

High-quality electrostatic powder coating for a neat and durable appearance

Optical modulation technology to minimize interference from sample surface radiation and environmental radiation

Lock-in and microelectronic signal processing to detect weak signals and enhance measurement sensitivity

Non-destructive testing ensures sample integrity

Flexible operation with customizable settings and automated self-repair function

USB and network interfaces with Windows-compatible software for data management

Integrated temperature measurement and control system

Accessories

Standard blackbody plate

Far-infrared radiation source

Sample holder and thermal stabilization platform

USB and networking cables

Software installation media

Test Procedures

Place the standard blackbody plate on the hot plate and stabilize at the specified temperature.

Position the textile sample on the hot plate and allow thermal equilibrium.

Measure the radiation intensity of the standard blackbody plate and the sample using the far-infrared measurement system.

Calculate the far-infrared emissivity as the ratio of the sample’s radiation intensity to the standard blackbody intensity.

For temperature rise measurement, irradiate the sample with a constant far-infrared source and record the surface temperature increase over time.

Repeat measurements as required for multiple samples or conditions.

Maintenance Information

Keep the measurement surfaces and blackbody plate clean and free of dust.

Regularly verify the calibration of the far-infrared detection system.

Ensure the touch screen and interfaces are free from moisture and mechanical impact.

Store the instrument in a stable temperature and humidity environment when not in use.

FAQ

(1) What is this product?

It is an instrument used to measure the far-infrared emissivity and thermal response of textile materials.

(2) What is this product used for?

It is used to evaluate far-infrared properties of fibers, fabrics, nonwoven materials, and related products for R&D, quality control, and material performance verification.

(3) Why is this product important?

It provides accurate, non-destructive testing of thermal and infrared performance, supporting textile product development and functional material verification.

(4) What industries is this product suitable for?

Textile manufacturing, functional textiles R&D, medical textiles, protective clothing, and testing laboratories.

(5) What types of this product are available?

The standard configuration includes far-infrared emissivity measurement, temperature rise measurement, touch-screen control, and Windows-compatible software.