a. Pain Points: Prone to electrical fire, high-temperature aging of motors, and vibration-induced detachment of precision components. b. Material: Flame-retardant grade MPPE + EPP composite. c. Core Benefits: Flame retardant and short circuit prevention; high-temperature resistance to prevent component detachment; low VOC for environmental safety. d. Application Scenarios: Electrical control boxes of refrigerators/air conditioners, washing machine motors, embedded high-temperature areas. e. Diagram: Schematic diagram of MPPE filling + EPE inner tray for electrical control boxes.

a. Pain Points: Compressor vibration wear and high noise levels. b. Material: High-toughness EPP. c. Core Benefits: Effectively absorbs operational vibration, significantly extends component lifespan, and reduces resonance noise. d. Application Scenarios: Refrigerator compressors, air conditioner outdoor unit compressors, washing machine power assemblies. e. Diagram: Installation diagram of EPP buffer bracket for refrigerator compressors.

a. Pain Points: Excessive vibration during washing machine spin cycles; high vibration noise in air conditioners. b. Material: EPP vibration reduction components + EPO auxiliary buffer. c. Core Benefits: EPP shock-absorbing feet effectively reduce vibration, significantly lowering operating noise. EPO hangers minimize vibration transmission in air blowers. d. Application Scenarios: Washing machine vibration reduction pads, air conditioner indoor unit hanging brackets, dryer vibration reduction pads. e. Diagram: Schematic diagram of washing machine EPP vibration reduction pad installation.

a. Pain Points: High-frequency noise during appliance operation. b. Material: EPE/EPP composite sound insulation layer. c. Core Benefits: Effective attenuation of medium and high-frequency noise without weight gain, ensuring lightweight design. d. Application Scenarios: Refrigerator sound insulation layers, washing machine body sound insulation pads, kitchen air blower noise reduction. e. Diagram: Actual shot of refrigerator side panel sound insulation layer.

a. Pain Points: High energy consumption due to inadequate insulation; failure to meet Grade 1 energy efficiency standards. b. Material: EPS insulation layer + EPP thermal barrier. c. Core Benefits: Superior thermal insulation performance reduces compressor operation frequency, facilitating Grade 1 energy efficiency certification. d. Application Scenarios: Smart refrigerators, built-in freezers, cold chain fresh-keeping equipment. e. Diagram: Schematic diagram of refrigerator EPS insulation structure.

a. Pain Points: High-temperature heat leakage, heat loss, and scalding risks. b. Material: MPPE thermal insulation layer + MPPE high-temperature protection parts. c. Core Benefits: Effectively blocks high-temperature heat leakage to reduce energy loss. Provides anti-scalding and thermal insulation performance, complying with safety standards. d. Application Scenarios: Air conditioners, electric water heaters, built-in electric appliances. e. Diagram: Close-up shot of MPPE high-temperature protection parts for built-in ovens.

a. Pain Points: Collisions during transportation cause shell scratches and damage to core components. b. Materials: EPE cushion liner + EPS outer packaging + EPP fasteners. c. Core Benefits: Excellent protection performance, adaptable to all environments. Anti-scratch, anti-collision, drastically reducing damage rates. d. Application Scenarios: Smart TVs, air conditioners, refrigerators (complete unit transportation). e. Image: Full-view photo of refrigerator transportation packaging.

a. Pain Points: Components require moisture and static protection; precision parts are vulnerable to damage during handling. b. Materials: EPE composite packaging + custom EPP inserts. c. Core Benefits: Moisture-proof and anti-static; precise positioning prevents scratches and damage. d. Application Scenarios: Remote controls, sensors, touch panel transportation e. Image: Photo of custom EPP insert for touch panels.