Thin Film Oven

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MOQ : 1 Number

Thin Film Oven Specification

Operating Pressure
Atmospheric

Features
Double Walled, Insulated, Observation Window

Machine Type
Laboratory Testing Equipment

Technology
Hot Air Convection

Control System
Digital Temperature Controller

Accessories Type
Sample Holders, Test Flasks

Power Source
Electric

Surface Treatment
Powder Coated

Accuracy
1C

Type
Thin Film Oven

Material
Mild Steel (MS) Cabinet

Function
Film Aging Test/Bitumen Testing

Application
Asphalt, Bitumen, and Resin Laboratory

Voltage
230V AC, 50 Hz

Thin Film Oven Trade Information

Minimum Order Quantity
1 Number

Supply Ability
04 Per Month

Delivery Time
3-8 Week

About Thin Film Oven

Thin Film Oven

Ever since the inception of our organization, we are instrumental in offering an unmatched array of Thin Film Oven. These ovens are designed at our sophisticated machining facility under the guidance of technical experts using excellent grade materials. Our Thin Film Oven is manufactured to determine the loss in weight of bitumen and rolling thin film on asphaltic materials. Accurate functionality, study construction and resistance to temperature are some of the characteristics which enable our oven to operate at different temperatures including 50 degree celsius above ambient to 200 degree celsius.

Major Components :

The inner chamber which is made of stainless steel with dimension of 18x18x18.
Fitted with digital temperature controller.
Glass front door
A geared motor to rotate the casted aluminium plate for the thin film test.

Advanced Temperature Control

Equipped with a digital temperature controller and LED display, the Thin Film Oven offers precise temperature management, ensuring testing accuracy within 1C. The high-quality Nichrome heating element and hot air convection guarantee uniform heat distribution, providing consistent results across your sample batch.

Enhanced Safety Features

Operator safety is assured through an integrated over temperature alarm and automatic cutoff. Double-walled insulation and a robust stainless steel inner lining further protect users and surroundings by maintaining temperature stability and preventing heat loss. The front hinged door and observation window allow for safe and convenient monitoring.

Flexible Sample Handling

The oven comes with removable sample trays, sample holders, and test flasks, accommodating various laboratory testing needs. This versatile design allows easy placement, removal, and organization of samples, facilitating efficient workflow during film aging tests for asphalt, bitumen, or resin.

FAQs of Thin Film Oven:

Q: How does the Thin Film Oven maintain consistent temperature during film aging tests?

A: The oven employs a high-quality Nichrome heating element and utilizes hot air convection technology to evenly distribute heat, managed by a digital temperature controller for accurate, stable temperatures throughout the chamber.

Q: What are the benefits of using a stainless steel internal lining in this oven?

A: Stainless steel lining provides excellent resistance to corrosion and simplifies cleaning, ensuring long-term durability and minimizing sample contamination during repetitive laboratory testing procedures.

Q: When should the over temperature alarm and cutoff feature be used?

A: These safety systems activate automatically if the chamber temperature exceeds set limits, protecting samples and preventing potential hazards. Operators should verify settings before running tests to ensure proper protection is in place.

Q: Where is the Thin Film Oven ideally utilized?

A: This equipment is ideal for asphalt, bitumen, and resin laboratories, typically found in material testing or research facilities and quality control departments in construction and manufacturing industries.

Q: What is the process for loading and monitoring samples in the oven?

A: Samples are placed on removable trays or specific holders inside the chamber, accessed via the front hinged door. The glass viewing window and digital LED display allow continuous observation and monitoring of test progression without disrupting the test environment.

Q: How does the digital controller improve usage and accuracy?

A: The digital temperature controller offers precise regulation, enabling users to set and monitor exact temperatures with an accuracy of 1C, which reduces human error and optimizes repeatability of test results.

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