Products

EB curing = aerospace grade material + food grade process technology. EBC electronic beam curing decorative panels, which are treated with a special surface curing technology EBC on the surface of ordinary phenolic resin decorative panels, endow them with super matte skin feel, anti-fingerprint, oil-proof, scratch-resistant and special scratch self-healing properties. Compared with ordinary phenolic resin decorative board, because its surface uses a special process of electron beam curing, it brings a unique visual effect, its color is more full, true and pure.

Color representation, product performance, environmental protection and health have achieved an unprecedented unity. Fusion of technology and design, creating infinite possibilities for custom brands and designers! EB Metering Panel has the advantages of high precision and high stability, capable of real-time monitoring and precise regulation of the electron beam's, current, and scanning range, ensuring consistent process.

Product Parameter (Specification)

Four characteristics

 

Extremely comfortable vision (low lightreflectance/Super fog surface)

 

Super soft touch feeling

 

Anti-fingerprint

 

Micro-scratches on the surface can be thermally repaired

Technical

Test

Anti-Yellow

 

Scratch Resistance

 

Production process

Face coating: color paint or varnish

Undercoat: colour paint or clear varnish

Base material: triazine or plain board

The production process of electron beam (EB) curing technology mainly uses high-energy electron beams to directly initiate polymerization or cross-linking reactions in materials, so that coatings, inks or resins can quickly solidify into films at room temperature. The process flow generally includes: raw material preparation, coating or sizing, electron beam irradiation curing and post-processing steps. During production, the electron beam curable resin system is first evenly coated on the surface of the substrate, and then under the protection of an inert atmosphere (usually nitrogen), an electron accelerator emits high-energy electron beams to irradiate the coating, causing the molecular chains to generate free radicals and rapidly cross-link and solidify. The entire process is completed in milliseconds. The EB curing production process has the advantages of fast curing speed, low energy consumption, no need for heating, no solvent emissions, uniform curing, and is suitable for heat-sensitive materials. It is widely used in packaging and printing, wood coating, electronic packaging, composite material manufacturing and other fields.

Product Details

The EB Metering Panel is constructed with a high-strength, corrosion-resistant enclosure, typically made from premium-grade steel or fire-resistant polymer materials. The panel integrates state-of-the-art energy meters, circuit breakers, busbars, and protective devices, all assembled under strict quality standards. Electron beam-cured insulation layers provide superior electrical performance, thermal stability, and safety by enhancing dielectric strength and minimizing energy loss. Panels are available in various sizes and configurations, supporting single-phase, three-phase, or multi-circuit systems, with customizable options to meet project-specific requirements.

Product Features

Accurate Energy Measurement: Equipped with advanced digital or analog meters, ensuring precise monitoring of voltage, current, and power consumption.

Enhanced Safety: Incorporates EB-cured insulation and protective devices such as MCBs, RCCBs, and surge protectors for reliable operation and reduced risk of electrical hazards.

Durable Construction: Corrosion-resistant materials and high-quality components ensure long-lasting performance in demanding environments.

Modular Design: Allows easy expansion, maintenance, and integration with existing electrical systems.

User-Friendly Interface: Clear labeling, intuitive layout, and accessible meter displays simplify monitoring and control.

Energy Efficiency: Optimized design minimizes energy loss and supports smart energy management.

Product Advantages

Compared to conventional metering panels, EB Metering Panels provide superior safety, reliability, and performance due to their advanced electron beam insulation and high-quality component integration. The panels are highly resistant to heat, moisture, and electrical surges, ensuring uninterrupted operation even in challenging conditions. Their modular and flexible design allows easy installation, upgrade, or replacement, reducing downtime and maintenance costs. Additionally, precise energy monitoring enables efficient energy management, helping reduce operational costs and support sustainability goals. The robust build and corrosion-resistant enclosure make EB Metering Panels suitable for a wide range of applications, from residential complexes to commercial buildings and industrial facilities.

Product Qualification

We have a one-year warranty period. And we will have corresponding inspections after each process. For the completed products, we will conduct a full inspection according to customer requirements and international standards.

Deliver and Payment method

Usually we ship goods by sea, because we are in Changzhou, we are very close to Shanghai port, and it is very convenient for export by sea. Of course, if the customer's goods are urgent, we can also air freight, Ningbo Airport and Shanghai International Airport are very close to us.

Payment method: When quoting, we will confirm with you the transaction method, FOB, CIF, CNF or other method. During mass production, we usually pay a 30% advance payment first, and then pay the balance on the bill of lading. Most of our payment methods are T/T, of course, L/C is also acceptable.

FAQ

(1)High precision, fast response, real-time and accurate regulation of beam parameters, stable operation, strong anti-interference.

(2)It is widely used in radiation processing, material modification, medical device sterilization, and scientific research experiments, etc.

(3)Please pack with a flat tray or wooden box, and pay attention to avoid collision during transportation.