Poly-Energy-PE800
Polymer Energy - PE800 is a molecularly stable energy storage polymer material. Through chain segment modification, a balance between high energy density and low self-loss is achieved, allowing it to operate stably in environments ranging from -20℃ to 80℃.
- Ultra-Fast Curing
- Multi-Substrate Bonding
- High Bonding Strength
Description
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Parameters
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Ultra-Fast Curing
Highlight Description: The energy storage efficiency per unit volume is 35% higher than traditional polymer materials, supporting longer device runtime.
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Multi-Substrate Bonding
Highlight Description: Monthly energy loss is less than 2% when stationary, suitable for long-term backup energy storage scenarios.
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High Bonding Strength
Highlight Description: Performance attenuation does not exceed 10% in low temperatures (-20°C) or high temperatures (80°C).
- Energy storage density ≥800Wh/L;
- Operating temperature -20°C~80°C;
- Self-loss ≤2%/month;
- Service life ≥500 cycles.
Molecular
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December
Demand for chemical raw materials in the semiconductor industry surges
The global chip industry boom drives explosive growth in demand for high-purity electronic chemicals.
16
December
Strict supervision of chemical product safety intensifies globally
Countries tighten regulations on chemical product safety, raising compliance costs for enterprises.
16
December
Shortage of key chemical raw materials eases, market prices stabilize
Global supply chain recovery and capacity expansion help alleviate shortages of core chemical materials, cooling price volatility.
20
May
Chemical giants accelerate capacity layout
Leading chemical enterprises expand production capacity globally to seize market opportunities in high-growth segments.
20
May
Green and low-carbon becomes the main theme
Policy mandates and market demand are pushing the chemical industry to prioritize low-carbon production and eco-friendly material innovation.
20
May
Win-win cooperation becomes the future trend
Cross-industry and cross-border partnerships are reshaping the chemical sector, enabling risk-sharing and faster innovation.
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Biobased plastics derived from renewable plant sources.Circular economy raw materials with 90% recycling rate.Low-carbon footprint chemicals reducing carbon emissions by 60%.Reliable supply chain with 99.9% on-time delivery
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