8E Thermax Temperature Indicating Paper

Product Introduction

Thermax temperature indicating paper utilizes irreversible phase-change technology, where chemicals melt and display color when temperature exceeds rated values. Accuracy reaches ±1°C (<100°C) to ±1.5°C (>100°C). Adhesive backing allows permanent attachment to reports, with 10 temperature zones recording complete thermal history, making it a standardized solution for industrial temperature monitoring.

Product Features

Oil and water resistance

Non-hazardous and non-toxic

Accuracy: ±1°C below 100°C; ±1.5°C at 100°C-154°C; ±4°C above 154°C

Temperature-indicating squares change from white to black, with black indicating the final reached temperature

Product Parameters

Q1: How does the Thermax temperature indicator paper work?

A1: It uses an irreversible phase-change technology. When the temperature exceeds the rated value of a specific cell, the chemical inside melts and undergoes a permanent color change (white to black), recording the maximum temperature the object has reached.

Q2: What is its accuracy?

A2: It offers high precision. The accuracy is ±1°C below 100°C, ±1.5°C between 100°C and 154°C, and ±4°C for temperatures above 154°C.

Q3: What are its main advantages?

A3: Key advantages include: oil and water resistance, safe and non-toxic, self-adhesive backing for permanent attachment to reports, ability to record multiple temperature zones at once, and providing a permanent, tamper-proof temperature record.

Q4: How to read the result?
A4: Read the highest temperature value among all the cells that have turned black (or dark). A black cell indicates that temperature has been reached or exceeded.

Q5: What is the difference between models (8A-8E)? How do I choose?
A5: Different models cover different temperature ranges. You need to choose the model that contains the specific temperature point you wish to monitor. For example, 8A covers 37°C-99°C, while 8E covers 160°C-260°C.

●User ID: High-Temperature Process Engineer
●Review: '8E is one of the few tools that can reliably provide data in our 250°C+ processes. Its high-range accuracy is impressive.'

Rating: ★★★★★ (5/5)

●User ID: Chief Engineer, Engine Manufacturing
●Review: 'We use 8E to check for overheating on engine blocks and exhaust manifolds after test runs. It's robust and dependable.'

Rating: ★★★★★ (5/5)

●User ID: Foundry Technician, Metal Casting
●Review: 'In our foundry, we stick 8E on molds and cores. It withstands the extreme heat and gives us a clear reading every time.'

Rating: ★★★★★ (5/5)

●User ID: Glassware Production Supervisor
●Review: 'Monitoring annealing lehr temperatures is critical for glass strength. 8E provides the accurate data we need to prevent stress fractures.'

Rating: ★★★★★ (5/5)

●User ID: Energy Sector Maintenance Planner
●Review: 'For predictive maintenance on high-pressure steam lines and turbines, 8E is an invaluable and easy-to-use tool for thermal mapping.'

Rating: ★★★★★ (5/5)