Description
The shell is made of Q235 low-carbon steel, known for its sturdiness and durability. It undergoes phosphate film salt treatment followed by high-temperature spray coating, resulting in a corrosion-resistant, aesthetically pleasing, and elegant finish.
Designed with an open-type furnace body, this furnace is versatile and can be used in various applications.
To ensure user safety and enhance the product's safety performance, the design includes an integrated protective grid that keeps the module's surface temperature low.
The heating section is detachable from the main body, featuring a default desktop horizontal tube furnace that can be easily converted into a vertical tube furnace, making it adaptable to a wider range of experimental scenarios.
Gas System
Equipped with a quartz tube, quick-connect flange, and pressure gauge, this setup is ideal for conducting vacuum experiments.
Insulation
Crafted from advanced ceramic fibers, the insulation material boasts low thermal mass, enabling it to heat up and cool down rapidly, which enhances cycling efficiency and lowers energy usage.
Temperature Measure
The S-type Pt10%Rh - Pt thermocouple offers high-temperature accuracy, ensuring precise measurements.
Heating
Ceramic heating plates feature integrated heating wires and are protected against splashes and exhaust gases, making them easy to replace.
Available for tube diameters ranging from 20 mm to 50 mm.
Features a heated length of 200 mm.
High-temperature-resistant heating wires are embedded within ceramic plates, safeguarding against fumes and mechanical damage, which extends their service life.
Extremely rapid heating rate, reaching up to 50℃ per minute.
Ceramic heating plates come with built-in heating wires, offering protection against splashes and exhaust gases, and are designed for easy replacement.
This product comes with a standard-sized tube but can be customized to fit specific dimensions based on customer requirements.
Electrical Components
To ensure a quiet experimental environment and avoid noise, this product's heater is equipped with a solid-state relay, guaranteeing silent operation. Additionally, it provides precise temperature control and reduces wear.
temperature control
The LTDE program controller allows for the setup of up to 50 temperature ramp programs.
It can be configured for both constant temperature programs and ramped heating programs.
Features self-tuning PID parameter adjustment, ensuring smooth temperature increases without impact.
Equipped with both overtemperature and overcurrent protection, offering dual layers of safety.
Options
The temperature controller features a touchscreen interface, allowing for visualization of temperature curves and seamless process switching with a single click.
A digital recorder for paperless operation.
Equipped with both an alarm light and a buzzer for notifications.
Includes an adjustable safety limiter to safeguard both the furnace and load, adhering to the EN 60519-2 standard.
Supports communication with the temperature controller via RS232, RS485, Ethernet, and USB interfaces
Steam generator.
Can be replaced with a high-temperature-resistant corundum tube based on user requirements.
The shell features an opening for simulating a light source using a xenon lamp.
Custom-shaped quartz tube with a reaction bed design.
Rotating quartz tube
Vertical mounting stand.
Use additional thermocouples to measure the temperature inside the working tube.
The three-way valve system allows for simultaneous evacuation on one side while introducing inert gas.
An optional vacuum pump and oil mist filtration system are available for enhanced vacuuming efficiency.
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