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Hybrid curing process: Solving the problems of deformation and drying in flexible film printing

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중국 Shenzhen Super- curing Opto-Electronic CO., Ltd 인증
중국 Shenzhen Super- curing Opto-Electronic CO., Ltd 인증
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우리는 롱 롱 시간 동안 협력을 가지고 있습니다, 그것이 좋은 경험입니다 .

—— 마이크

진정으로 우리에 대한 기대는 다음 번에 곧 협력 할 수있.

—— Bok

나는 당신의 레두프 섬광을 좋아하고 매우 많은 그것이 손에 들수 있고 작동이 매우 쉽습니다.

—— 크리스토프

UV 램프는 저희 스크린 인쇄기의 효율성을 크게 향상시켜줍니다. 정말 좋습니다!

—— 알피

UV 경화 장치의 품질이 매우 우수합니다. 1년 넘게 사용했는데 아무런 문제 없이 잘 작동합니다.

—— 올리버

이 램프는 저희 포장재의 실크스크린 인쇄를 경화하는 데 완벽합니다. 정말 마음에 들어요.

—— 에탄

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Hybrid curing process: Solving the problems of deformation and drying in flexible film printing

May 11, 2026
최신 회사 사례 Hybrid curing process: Solving the problems of deformation and drying in flexible film printing
Hybrid curing process: Solving the problems of deformation and drying in flexible film printing

The customer is a manufacturer of electronic tags and membrane switches, whose main product categories include PET/PVC membrane switches, anti-counterfeiting labels, and high-end thin film printing products.

On traditional curing production lines, customers face two major technical bottlenecks:

  • Heat Deformation Risk:

    Flexible films are extremely sensitive to temperature. Using only high-power mercury lamps can easily cause the film to shrink, curl, or even melt due to excessive infrared heat, resulting in a high scrap rate.

  • Incomplete Curing:

    Anti-counterfeiting inks and special functional coatings have complex compositions. While using only low-heat UV LEDs for curing protects the substrate, deep inks (especially those with specific wavelength absorbers) often fail to dry completely, leading to insufficient adhesion or a sticky surface.

Solution: Mercury Lamp + UVLED Hybrid Curing System

To address the client's needs, our company customized an integrated conveyor solution combining "pre-curing with LED pre-curing and post-curing with mercury lamps":

First Stage: UVLED Cold Light Source Pre-curing

Utilizing a 395nm high-energy-density UVLED light source, the ink surface is rapidly "locked in" in a very short time. Since LEDs do not generate infrared heat radiation, this effectively prevents initial heat deformation of the film substrate, ensuring printing accuracy.

Second Stage: Full-Band Mercury Lamp Deep Curing

Following this, a high-pressure mercury lamp leverages its "wide spectrum" advantage. Its rich UV distribution penetrates thick ink layers, thoroughly activating the deep initiators in the anti-counterfeiting ink, ensuring the overall cross-linking density of the coating meets standards.

Application Results
  • Increased Yield:

    Film heat deformation rate reduced by over 95%, perfectly adaptable to ultra-thin PVC/PET materials.

  • Curing Efficiency:

    Conveyor line speed increased by 30%, resolving the color fading issue caused by incomplete drying of special anti-counterfeiting inks.

  • Energy Consumption Optimization:

    Hybrid mode reduces electricity costs by approximately 20% compared to simply using multiple mercury lamps.

Every precision printing requirement necessitates a scientifically sound light source combination solution. As a professional UV curing equipment supplier, we not only provide lamps but also process solutions to enhance production competitiveness.

Contact us for a free consultation.

최신 회사 사례 Hybrid curing process: Solving the problems of deformation and drying in flexible film printing  0
연락처 세부 사항
Shenzhen Super- curing Opto-Electronic CO., Ltd

담당자: Mr. Eric Hu

전화 번호: 0086-13510152819

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