Low-Energy Self-Shielded Electron Beam System TPCEB200-06 from China Suppliers for Efficient Factory Processing
1. Product Overview – TPCEB200-06 Low-Energy Self-Shielded Electron Beam System
The TPCEB200-06 Low-Energy Electron Beam System offers the following technical specifications:
Electron Beam Energy:
110–200 keV
110–200 keV
Beam Current Options:
0–150 mA / 200 mA / 300 mA
0–150 mA / 200 mA / 300 mA
Surface Dose Non-Uniformity:
≤ 5% (measured at 25 mm from window foil)
≤ 5% (measured at 25 mm from window foil)
Production Line Length:
6.0 m / 8.8 m
6.0 m / 8.8 m
Line Speed:
0–30 m/min
0–30 m/min
2. Key Advantages of the TPCEB200-06 Electron Beam System
(1) Ease of Use
The system features a modular design with a compact footprint, enabling easy on-site installation, simplified operation, and reduced downtime.
(2) Performance Advantages
With high beam current output, low energy consumption, excellent dose uniformity, and high duty cycle, the TPCEB200-06 delivers reliable and cost-effective EB curing performance for continuous industrial production.
3. Application Fields
The TPCEB200-06 low-energy electron beam curing system is widely used for:
Curing of wood flooring coatings
Decorative panels and furniture boards
Kitchen and bathroom boards
By combining precise dose control, high efficiency, and stable operation, the TPCEB200-06 is a reliable electron beam curing solution for manufacturers seeking improved product quality and sustainable production.
Frequently Asked Questions (FAQ)
Q1: What is the electron beam energy range of the TPCEB200-06 system?
The electron beam energy for this system ranges from 110 to 200 keV.
Q2: What are the available beam current options?
The system offers flexible beam current options including 0–150 mA, 200 mA, and up to 300 mA.
Q3: How uniform is the surface dose provided by the equipment?
The surface dose non-uniformity is ≤ 5%, which is precisely measured at a distance of 25 mm from the window foil.
Q4: What makes the TPCEB200-06 easy to install and operate?
It features a modular design and a compact footprint, which significantly simplifies on-site installation, eases daily operation, and minimizes downtime.
Q5: What are the primary applications for this curing system?
It is widely used for curing wood flooring coatings, decorative panels, furniture boards, and kitchen/bathroom boards.
Q6: Is this system suitable for continuous industrial production?
Yes, with its high beam current output, low energy consumption, and high duty cycle, it delivers highly reliable and cost-effective performance for continuous industrial operations.