Heating Jacket System
Temperature Stability: ±0.5℃
This product has the following materials to choose from according to actual needs:
Silicone Foam Materical
Ful PTFE Material
PTFE Coating Material
Expanded PTFE Material
- Overview
- Recommended Products
- ETCH: 80–120°C
- PVD: 150–180°C
- Pumping Line → Heating Jacket
- Gas Line → Heating Tape
- Silicone Foam
- Full PTFE
- PTFE Coated
- Expanded PTFE
- Independent PID Controller
- Centralized HMI Control
- RS485
- Modbus RTU
- Modbus TCP
- SCADA
- Product Specifications
- Installation Guide
- Selection Manual
- Customization Options
- Technical Drawings
01 Key Advantages
|
High Precision Control Advanced PID temperature controller maintains ±0.5°C stability to ensure consistent process performance. |
Wide Adjustable Temperature Operating range from ambient temperature up to 250°C for various industrial applications. |
Dual Safety Protection Integrated KSD30 thermal switch and thermal fuse provide reliable over-temperature protection. |
Energy Saving Design High-efficiency insulation structure reduces heat loss to less than 5%, verified according to ISO 8301. | Intelligent Monitoring Real-time current monitoring for every heating zone with data uploaded to HMI and SCADA through Modbus TCP. |
Semiconductor Clean Design
Manufactured under clean production standards to meet semiconductor industry requirements. |
02 Why Choose LIAT Heating Jacket?
|
Accurate Temperature Control PID intelligent control keeps pipeline temperature stable and minimizes process fluctuation. |
Enhanced Process Reliability Prevent condensation and unwanted deposition inside pipelines to maintain continuous production. |
Lower Energy Consumption Premium insulation materials significantly reduce thermal loss and operating costs. |
Flexible Customization Available in different diameters, lengths, voltages, insulation materials and heating power. | Industrial Communication Supports RS485, Modbus RTU, Modbus TCP and SCADA integration. |
Long Service Life
Industrial-grade heating elements and durable materials ensure reliable long-term performance. |
03 System Components
PID Temperature Controller |
HMI Control Cabinet |
Centralized SCADA Monitoring |
|
Each heating zone is controlled independently through a dedicated PID controller with RS485 communication. Supports Modbus RTU protocol and can operate independently or as part of a centralized control network. |
The HMI control cabinet integrates all heating zones into one monitoring platform.
Functions include: • Real-time monitoring • Alarm management • Historical data storage • Trend analysis • Report generation |
Compatible with SCADA platforms such as InTouch and iFix.
Supports: • Real-time monitoring • Historical alarms • Event records • Trend charts • Automatic reporting |
04 System Benefits
05 Selection Guide
06 Typical Applications
(BCl₃, ClF₃, TEOS, DCS, WF₆)
07 Download
Product Brochure
Download the latest Heating Jacket System brochure including:
08 Frequently Asked Questions
What is the maximum operating temperature?
The standard Heating Jacket operates from ambient temperature up to 250°C. Higher temperatures are available for customized projects.
How accurate is the temperature control?
Our PID controller provides temperature stability of ±0.5°C under normal operating conditions.
Which communication protocols are supported?
The system supports RS485, Modbus RTU, Modbus TCP and SCADA integration.
Can the Heating Jacket be customized?
Yes.
We customize:
• Diameter
• Length
• Heating Power
• Voltage
• Insulation Material
• Control Method
according to your project requirements.
Which industries use Heating Jacket Systems?
Typical industries include:
• Semiconductor
• Chemical Processing
• Gas Delivery
• Vacuum Systems
• Laboratory Equipment
• Advanced Manufacturing
How does the system improve production efficiency?
The Heating Jacket prevents condensation, eliminates particle deposition, reduces pipeline blockage and ensures stable process temperatures throughout production.
Is remote monitoring available?
Yes. The system supports HMI and SCADA platforms for centralized monitoring, historical data logging and alarm management.
How can I get a quotation?
Simply click "Request Quote" and send us:
• Pipeline Diameter
• Heating Length
• Target Temperature
• Voltage
• Quantity
Our engineers will provide a customized solution within 24 hours.
