a. Pain points: electronic control short circuit and fire, motor high temperature aging, precision components vibration and falling off b. Material selection: MPPE (flame retardant grade)+ EPE composite c. Core benefits: flame retardant and short circuit prevention, high temperature resistance, absorb vibration and prevent solder joints from falling off, low VOC, environmental protection and safety d. Adapt scenarios: refrigerator/air conditioner electronic control box, washing machine motor, embedded kitchen electric high temperature area e. Drawing: electronic control box MPPE filling + EPE inner support disassembly drawing

a. Pain points: compressor vibration and wear, and loud operating noise b. Material selection: high-toughness EPP c. Core benefits: Effectively absorb operating vibration, significantly extend component life, and attenuate resonance noise d. Adaptation scenarios: refrigerator compressor, air conditioner external compressor, washing machine power assembly e. Drawing: EPP buffer bracket diagram of refrigerator compressor

a. Pain points: washing machine dehydration and shaking, air conditioner running vibration and noise b. Material selection: EPP shock absorber + EPO auxiliary buffer c. Core benefits: EPP damping feet effectively attenuate vibration and significantly reduce operating noise;EPO suspension parts reduce fan vibration transmission d. Suitable scenarios: washing machine shock-absorbing feet, air conditioner indoor unit suspension frame, dryer shock-absorbing pads Picture: Installation diagram of washing machine EPP shock-absorbing feet

a. Pain point: High-frequency noise is harsh during home appliance operation b. Material selection: EPE/EPP composite sound insulation layer c. Core benefits: Good mid-and high-frequency noise attenuation effect, no weight gain, and ensuring light weight d. Adapt scenarios: refrigerator sound insulation layer, washing machine body sound insulation mat, kitchen electric fan noise reduction e. Photo: Real shot of the sound insulation layer of the refrigerator side panel

a. Pain point: Poor insulation leads to high energy consumption and failure to achieve first-level energy efficiency b. Material selection: EPS insulation layer + EPP seals c. Core benefits: Excellent thermal insulation effect, reduced compressor operation frequency, and assisted in first-level energy efficiency certification d. Adapt scenarios: smart refrigerator, embedded freezer, cold chain preservation equipment Drawing: Structural diagram of refrigerator EPS insulation layer

a. Pain points: high temperature leakage, heat loss, risk of burns b. Material selection: EPS insulation layer + MPPE high temperature protection parts c. Core benefits: Block high temperature leakage, reduce heat loss, prevent burns, and meet safety standards d. Adaptation scenarios: air conditioner external units, electric water heaters, embedded kitchen appliances e. Photo: Close-up view of embedded oven MPPE high temperature protection parts

a. Pain points: Transportation collision causes scratching of the shell and damage to core components b. Material selection: EPE buffer inner support + EPS outer packaging + EPP fixing parts c. Core benefits: Excellent protective performance, suitable for all environments, anti-scratch and collision, and greatly reduced damage rate d. Adapt scenarios: Smart TV, air conditioner, refrigerator, complete transportation e. Photo: Real shot picture of the entire refrigerator transportation packaging

a. Pain points: accessories are moisture-proof and anti-static, and precision parts are damaged when handling b. Material selection: EPE composite packaging + EPO customized parts c. Core benefits: moisture-proof and anti-static, precise fixation, no scratching and damage d. Adapt scenarios: transportation of remote controls, sensors, and touch panels e. Photo: Real shot of touch panel EPO customized inner support