KESKATO Thermo Labo KES-F7
- Description
- MEASUREMENT APPLICATION
- TECHNICAL PARAMETER
- VIDEO
- DOWNLOAD
Description
The sensation of coldness or warmth when skin touches a fabric is referred to as the “coldness and warmth feeling.” The feeling of coldness or warmth will vary depending on the amount of heat transferred from the skin to the fabric. This device measures that feeling by evaluating the “q max” value (peak heat flux).
The KES-F7 Thermo Labo can be used to evaluate such products as bedding material meant to offer a feeling of coldness in summer, and underwear material meant to offer contact warmth in winter.
Features
- A design that mimics the sensation of actually touching an object
The load and contact area of the KES-F7’s heat plate, which is brought into contact with the target sample, is designed to imitate the sensation of touching an object by hand, allowing for more realistic measurements of maximum heat transfer amounts.
- Also measure thermal conductivity and heat retention properties (with optional accessories)
1. Thermal conductivity:With constant thermal conductivity measurement, the ease at which heat is transmitted from a heat plate with a constant temperature (30°C) through a sample to a heat plate with a separate constant temperature (20°C).
2. Heat retention properties (optional accessory):The sample is set on a heat plate with a constant temperature (room temperature +10˚C) and is left in contact with the air. A constant wind is then applied continuously to the sample surface. The amount of heat lost through the sample is then measured in order to calculate the heat retention rate (%). Measuring methods include a dry method that assumes direct contact is made with dry skin or clothing and a wet method that assumes contact is made with sweaty skin or clothing.
Obtainable Data
Item | Characteristic value | Description | Reading the data |
Thermal Properties | q max | Peak heat flux | (with selection switch set to cool)
Higher values mean a colder feeling |
k | Thermal conductivity | Higher values mean heat is more easily transferred | |
% | Heat retention properties | Higher values mean higher heat retention properties |
Coming Soon
Coming Soon
Related products
-
Colour Management, Colour Management, Instrument Systems, military sonder, military sonder, military sonder, protective materials, protective materials, protective materials, shielding materials, textile, textile, textile, textile, textile, textile
Military Camouflage Colour Assessment System
Read moreQuick View -
Automotive, Automotive, Automotive, Colour Management, food, paper, plastics, shoe materials, shoe materials, shoe materials, textile and garment, textile and garment, textile and garment, toys and children's products, toys and children's products, X-Rite, X-Rite
X-Rite Color i5 Benchtop Spectrophotometer (Discontinued)
Read moreQuick View -
agglomerant, Building and Construction, INSTRON, light industry shoe materials, light industry shoe materials, light industry shoe materials, materials, materials, materials, materials, materials, materials, materials, materials, materials, materials, medical supplies, medical treatment and health care, military sonder, protective materials, safety protection, strength and tear
Instron 3340 Series Single Column Testing Systems
Read moreQuick View -
automotive interiors, automotive interiors, automotive interiors, automotive interiors, Electronics, Electronics, Electronics, food, non-woven, non-woven, non-woven, packing materials, packing materials, packing materials, paper, plastics, toys and children's products, X-Rite
X-Rite RM200QC Portable Spectrocolorimeter
Read moreQuick View