a. Pain points: serious energy consumption loss, difficulty in meeting fire prevention standards, and low construction efficiency b. Material selection: EPS (lightweight grade)+ EPP fireproof composite layer c. Core benefits: Low thermal conductivity, meeting first-level energy conservation standards; high-level flame retardant meets mainstream fire prevention regulations, significantly improves construction efficiency, and low water absorption ensures long-term stability of insulation effect. d. Adapt scenarios: insulation of exterior walls of residential/public buildings and exterior walls of B & B e. Accompanying drawings: Real shot drawings of EPS exterior wall insulation construction of B & B

a. Pain points: The roof is exposed to the sun and aging, and the underground space is damp and moldy b. Material selection: MPPE (high density grade)+ EPS composite c. Core benefits: MPPE has good high temperature resistance and compression resistance; EPS is moisture-proof and dew-condensation, and has sound insulation effects, significantly improving living comfort d. Suitable scenarios: flat/sloping roofs of traditional buildings, underground storage rooms of B & Bs, top insulation of mobile houses e. Drawing: Traditional building roof insulation structure + B & B underground space insulation schematic diagram

a. Pain points: Fire easily spreads vertically, and pipeline holes are not tightly sealed b. Material selection: flame retardant EPP c. Core benefits: The isolation belt that meets the specification width effectively blocks the fire, and the sealing parts have good expansion sealing effect, which conforms to the building fire protection design code. d. Adapt scenarios: traditional building exterior walls, mobile house pipe wells, and B & B kitchen smoke exhaust pipes are blocked e. Drawing: EPP fire insulation belt installation

a. Pain points: Air leakage and heat leakage in gaps, sealing failure after vibration of moving buildings b. Material selection: EPE composite sealing strip + EPO node filler c. Core benefits: Airtightness has been greatly improved and energy consumption has been further reduced; EPO is resistant to vibration and is not easy to shrink and crack, and is suitable for the frequent movement of mobile RVs/mobile houses d. Adapt scenarios: sealing of traditional building doors and windows, B & B curtain walls, and mobile RV doors and window frames e. Drawing: EPE sealing strip installation for mobile RV

a. Pain points: Low temperatures are easy to leak, high energy consumption, and high requirements for moisture and mold prevention b. Material selection: EPS insulation board (high density grade)+ EPP sealing structure c. Core benefits: It can stably maintain a low-temperature environment, have good integrity of the insulation layer, no obvious splicing gaps, prevent moisture and mold, and have a long service life d. Adaptation scenarios: food/medicine cold storage, cold chain logistics warehouse e. Drawing: Structural diagram of EPS insulation layer of cold storage

a. Pain point: high temperature conduction damages parts, chemical corrosion affects material life b. Material selection: MPPE insulation + EPO protection c. Core benefits: effective barrier to high temperature conduction, excellent chemical corrosion resistance, adaptation to complex equipment profiles d. Adaptation scenario: metallurgical/chemical plant, industrial equipment peripheral insulation e. Accompanying drawings: Real shot drawings of MPPE insulation parts in high-temperature workshop

a. Pain points: Space is limited and needs to be lightweight, vibration can easily cause the seal to fall off, and poor insulation affects battery life b. Material selection: EPP (lightweight grade)+ EPS composite + EPE sealing c. Core benefits: EPP/EPS composite insulation effect is good, significantly reduces weight compared with traditional materials, and reduces air conditioning energy consumption; EPE high-resilience seals are resistant to vibration and are not easy to fall off after long-term use, and are suitable for RV driving conditions. d. Suitable scenarios: self-propelled/trailer mobile RV, campsite mobile cabin Drawing: Dismantling drawing of the insulation system of the mobile RV

a. Pain points: Need to be quickly spliced, sealed and insulated, and are weather-resistant and vibration-resistant b. Material selection: EPO customized splicing parts + EPP insulation layer + EPS enclosure c. Core benefits: EPO is molded and accurately spliced, and installation efficiency is greatly improved; EPP/EPS is insulated and vibration-resistant, has high-level flame retardant, suitable for field/temporary resettlement scenarios d. Adapted scenarios: modular mobile houses, emergency resettlement houses, campsite supporting houses e. Accompanying pictures: Real shots of EPO splicing parts installation in mobile houses

a. Pain point: Pursuing green and low-carbon labels, requiring both thermal insulation and sound insulation, and flexible shape b. Material selection: EPS exterior wall/roof insulation + EPE sound insulation gasket + EPO customized styling parts c. Core benefits: Energy consumption is significantly reduced, medium and high-frequency noise attenuation effect is good, EPO is suitable for special structures of B & B (such as sloping roofs, curved corners), low VOC, no odor, and meets living standards d. Suitable scenarios: country B & B, camping B & B, theme B & B e. Accompanying drawings: Close-up of EPS roof insulation + EPO curved corner of B & B