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PID Masterbatch

PID Masterbatch

UV Light Stabilizer

PID Masterbatch for Precision-Driven Polymer Solutions

Sidma Polymers offers the best PID Masterbatch solutions in Bangalore, designed to combat potential induced degradation (PID) in photovoltaic modules. Our innovative masterbatch enhances solar panel efficiency and reliability, ensuring peak performance and longevity. Experience superior durability and power output with our cutting-edge solutions tailored to your solar technology needs.


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Why Choose Sidma Polymers
for PID Masterbatch?

High-performance solutions that offer consistent quality,

Proven Performance

Ensures minimal power loss and maintains module efficiency.

Advanced Technology

 Incorporates cutting-edge ion-trapping agents for superior protection.

Enhanced Durability

Adds heat resistance and improves module sealant reliability.

Custom Solutions

Tailored to meet specific application requirements for optimal performance.

ISO Certified

Adheres to strict quality standards for maximum reliability and consistency.

Expert Support

 Provides exceptional service and technical assistance for your needs.

PID Masterbatch

Potential Induced Degradation (PID) is a potential induced performance degradation in photovoltaic modules caused by stray currents. This effect may cause power loss of upto 30%. Sidma Polymers PID masterbatch is an ion capturing agent which combines heat resistance and excellent ion trapping capacity. By adding it to the sealing resin, it raises the reliability of IC sealants. PID masterbatch are used for EVA back sheet covers in solar cells.


Benefits

of Our PID Masterbatch

Minimizes Power Loss

Reduces degradation, improving energy output and module efficiency.

Improves Module Longevity

Enhances lifespan of photovoltaic components, reducing maintenance needs.

Increases Efficiency

 Optimizes performance by minimizing stray current effects and losses.

Heat Resistant

Maintains effectiveness under high temperatures for reliable operation.

Superior Ion Trapping

 Captures stray ions, preventing performance degradation in modules.

Cost-Effective

 Reduces long-term maintenance and replacement costs, offering value.

Frequently
asked questions

What is PID Masterbatch?

It is a specialized additive that combats potential induced degradation in photovoltaic modules. It effectively captures stray ions, which can cause performance issues, thereby preserving the efficiency and extending the lifespan of solar panels for long-term reliability and optimal power output.

How does PID Masterbatch work?

It traps stray ions and enhances heat resistance, preventing performance degradation in solar cells and ensuring consistent energy output and efficiency over the lifespan of the modules. This protection ensures reliable solar panel performance in various environmental conditions.

What are the benefits of using potential-induced degradation Masterbatch?

Benefits include minimizing power loss, improving photovoltaic module longevity, enhancing efficiency, increasing heat resistance, and providing a cost-effective solution for long-term performance improvements in solar panels.

How do I apply potential-induced degradation Masterbatch?

It is added to the sealing resin or EVA back sheets during photovoltaic module manufacturing, providing robust protection against degradation and enhancing the overall performance of solar panels.

Why prefer Sidma Polymers as the best PID Masterbatch provider in Bangalore?

Sidma Polymers offers advanced, reliable solutions with exceptional customer support, ensuring superior solar panel performance, reduced costs, and enhanced efficiency for clients in Bangalore.

Contact Us for the Best PID Masterbatch Solutions in Bangalore

For top-quality Masterbatch solutions in Bangalore, Sidma Polymers is your trusted partner. Our expert team is dedicated to providing personalized support and effective solutions for all your needs. 

Contact us at +91 9740063670 or email sidmapolymers@gmai.com
to discover how our Antiblock solutions can enhance your

production processes.


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