Overview

Ash Content Tester LMACT-A100 offers maximum temperature range of up to 1000°C for effective analysis. It features robust construction with an easy-to-read digital display. Equipped with an electric heating plate with adjustable 5 grades allowing for consistent control of heating level. Integrated with user-friendly interface that simplifies operations for laboratories. Our Tester is ideal for determining ash content in materials across industrial and research settings.

Features :

Digital temperature control display

Cold-roll steel outer shell

Fire-resistant and corrosion-proof design

Durable construction for longevity

Specifications :

Muffle Furnace Controlled Temperature	775 ±25 ℃
Temperature Rising Time	≤ 50 min
Temperature Controller Maximum Temperature	1000℃
Electric Heating Plate Heating Power	5 grades adjustment
Electric Heating Plate Temperature	400℃
Electric Heating Plate Diameter	Φ 180 mm
Heating Element	Electric resistance wire
Chamber material	Firebrick
Temperature Controller Power Consumption	2000W
Muffle Furnace Power Consumption	4000W
Power Supply	AC220V, 50Hz
Working Chamber Dimension (L × W × H)	300×200×120mm

Standard Accessories :

Accessory	Quantity
Muffle furnace	1
Temperature controller	1
Thermocouple	1
Compensation lead wire	1
Porcelain crucible (50ml)	10
Porcelain crucible (100ml)	10
Crucible Tongs	1

Applications :

Ash Content Tester LMACT-A100 is ideal for analyzing ash content in coal, biomass, and other materials. It is widely employed in industrial quality control, research laboratories, and material testing.

Selection Guide :

Ash Content Tester LMACT-A100 is a high-resolution instrument designed to accurately measure ash content in a variety of materials, including coal, food, plastics, and petroleum products. It features a high-temperature range of up to 1000°C and accurate digital temperature control, ensuring consistent and repeatable results essential for research, quality control, and combustion experiments. Fully compliant with ASTM standards and supporting GMP and GLP guidelines, this tool is well-suited for applications such as fuel purity analysis, biomass residue quantification, and inorganic filler measurement in both industrial settings and regulated laboratory environments. Its robust design and user-friendly operation make it a dependable choice for material characterization in critical applications.