a. Challenge: Electrical short-circuit risk, motor overheating, and vibration-induced component failure b. Material Selection: Flame-retardant MPPE + EPE composite system c. Core Benefits: Flame resistance and short-circuit prevention; high-temperature durability; vibration absorption to protect solder joints; low-VOC and safe for indoor environments d. Applications: Refrigerators & air conditioner control boxes, washing machine motors, and high-temperature zones in built-in appliances e. Image: MPPE-filled control box with EPE internal structure

a. Challenge: Compressor vibration wear and high operational noise b. Material Selection: High-resilience EPP c. Core Benefits: Effective vibration absorption; extended service life; reduced resonance noise d. Applications: Refrigerator compressors, air conditioner outdoor compressors, and washing machine drive systems e. Image: EPP compressor mounting bracket

a. Challenge: Washing machine shaking and air conditioner operational noise b. Material Selection: EPP damping components + EPO auxiliary cushioning c. Core Benefits: EPP damping feet reduce vibration and noise; EPO suspension components reduce fan vibration transmission d. Applications: Washing machine feet, indoor air conditioner suspension frames, and dryer damping pads e. Image: EPP washing machine damping foot installation

a. Challenge: High-frequency noise during appliance operation b. Material Selection: EPE/EPP composite acoustic layer c. Core Benefits: Efficient mid-to-high frequency noise reduction without added weight d. Applications: Refrigerator insulation panels, washing machine acoustic pads, and kitchen appliance fan noise reduction e. Image: Refrigerator side panel acoustic insulation layer

a. Challenge: Poor insulation leading to high energy consumption and low energy efficiency rating b. Material Selection: EPS insulation layer + EPP sealing components c. Core Benefits: Excellent thermal insulation; reduced compressor cycles; supports high energy efficiency standards d. Applications: Smart refrigerators, built-in freezers, and cold storage appliances e. Image: EPS refrigerator insulation structure

a. Challenge: Heat loss, surface overheating, and safety risks b. Material Selection: EPS insulation layer + MPPE thermal protection components c. Core Benefits: Heat containment and energy loss reduction; anti-scalding protection; compliance with safety standards d. Applications: Air conditioner outdoor units, water heaters, and built-in kitchen appliances e. Image: MPPE thermal protection component in built-in oven

a. Challenge: Surface scratches and internal component damage during transport b. Material Selection: EPE cushioning inserts + EPS outer packaging + EPP fixing components c. Core Benefits: Full-range protection; impact resistance; significantly reduced damage rate d. Applications: Smart TVs, air conditioners, and refrigerators e. Image: Refrigerator transport packaging system

a. Challenge: Moisture, static, and handling damage of precision components b. Material Selection: EPE composite packaging + custom EPO inserts c. Core Benefits: Anti-static and moisture protection; precise positioning; scratch-free protection d. Applications: Remote controls, sensors, and touch panels e. Image: EPO custom packaging for touch panel