a. Pain Points: Severe energy loss, non-compliant fire protection performance, low construction efficiency b. Material: Lightweight grade EPS + EPP fireproof composite layer c. Core Benefits: Low thermal conductivity, meeting Grade 1 energy efficiency standards; high-grade flame retardant frame complies with mainstream fire protection codes, significantly improves construction efficiency, and ensures long-term stable thermal insulation performance with low water absorption. d. Application Scenarios: Exterior walls of residential / public buildings, B&B exterior wall thermal insulation e. Image: Actual shot of EPS exterior wall thermal insulation construction for B&B

a. Pain Points: Roof aging from sun exposure, damp and moldy underground space. b. Material: High-density MPPE + EPS composite. c. Core Benefits: MPPE features high temperature resistance and excellent compressive performance; EPS provides moisture-proof and anti-condensation performance, with additional sound insulation effect, significantly improving living comfort. d. Application Scenarios: Flat / sloped roofs of conventional buildings, B&B underground storage rooms, mobile house roof thermal insulation. e. Image: Schematic diagram of conventional building roof insulation structure + B&B underground space thermal insulation.

a. Pain Points: Vertical fire spread is likely; sealing of pipeline holes is incomplete. b. Material: Flame-retardant grade EPP. c. Core Benefits: Code-compliant isolation belts effectively block fire spread; sealing parts exhibit excellent expansion sealing performance, aligning with building fire protection design codes. d. Application Scenarios: External walls of conventional buildings, pipeline shafts of mobile houses, smoke exhaust duct sealing for B&B kitchens. e. Image: Installation of EPP fire protection isolation belts.

a. Pain Points: Air and heat leakage through gaps; sealing failure of mobile buildings due to vibration. b. Material: EPE composite sealing strips + EPO node filling parts. c. Core Benefits: Significantly improved airtightness reduces energy consumption; EPO features shock resistance and resistance to shrinkage and cracking, adapting to the frequent movement requirements of mobile houses. d. Application Scenarios: Windows of conventional buildings, curtain walls, B&B exterior walls, window frame sealing of mobile houses. e. Image: Installation of EPE sealing strips for mobile houses.

a. Pain Points: Cold air leakage leads to high energy consumption; high requirements for moisture and mold resistance. b. Material: High-density EPS insulation boards + EPP sealing structure c. Core Benefits: Stable maintenance of low-temperature environments; integrated insulation with seamless joints, providing excellent moisture and mold resistance for long service life. d. Application Scenarios: Food/pharmaceutical cold storage, cold chain logistics warehouses. e. Image: Schematic diagram of EPS insulation structure for cold storage

a. Pain Points: High heat transfer damages components; chemical corrosion shortens material service life. b. Material: MPPE insulation layer + EPO protective parts. c. Core Benefits: Effectively blocks high-temperature heat transfer; excellent chemical corrosion resistance, adaptable to complex equipment contours. d. Application Scenarios: Metallurgical/chemical plants, insulation around industrial equipment. e. Image: Actual shot of MPPE insulation parts in high-temperature plants.

a. Pain Points: Space constraints require lightweight design; vibration easily dislodges seals; inconsistent thermal insulation affects endurance. b. Materials: Lightweight EPP + EPS composite + EPE seals. c. Core Benefits: The EPP/EPS composite offers excellent thermal performance while significantly reducing weight compared to traditional materials, lowering energy consumption. The high-resilience EPE seals resist vibration and stay intact even with long-term use in mobile applications. d. Applications: Self-propelled/towed mobile homes, campsite mobile pods. e. Image: Disassembly diagram of mobile home insulation system.

a. Pain Points: Requires quick, all-in-one assembly, sealing, and insulation; needs resistance to impact and vibration. b. Materials: Custom-molded EPP connectors + EPS insulation + EPS enclosure. c. Core Benefits: EPP precision-molded components enable fast, leak-free assembly, greatly improving efficiency. The EPP/EPS combination offers thermal insulation, impact resistance, and high flame retardancy. d. Applications: Modular buildings, emergency shelters, campsite facilities. e. Image: Installation photo of EPP connectors for modular buildings.

a. Pain Points: Need for a "low-carbon, green" brand identity; thermal and acoustic insulation are both required; flexible designs are preferred. b. Materials: EPS exterior/roof insulation + EPE soundproof liners + custom-molded EPP components. c. Core Benefits: Reduces energy consumption significantly and provides effective high-frequency noise reduction. EPP can be shaped to fit unique homestay designs (sloped roofs, curved corners), and is low-VOC, odor-free, and meets residential standards. d. Applications: Rural homestays, glamping sites, themed accommodations. e. Image: Close-up of EPS roof insulation and curved EPP corner details for homestays.