Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion

Podsumowanie produktu

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion Introduction With increasingly stringent performance requirements for building materials in modern construction projects, polyurethane FRP sandwich panels have emerged as a top-tier option due to their ...

Jakość Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion fabryka

Podstawowe właściwości

Nazwa Marki

RUNSING

Nieruchomości handlowe

MOQ

200 mkw

Cena jednostkowa

negocjowalne

Metoda płatności

L/C, D/A, D/P, T/T, Western Union

Wydajność dostaw

50000 mkw. miesięcznie

Atrybuty niestandardowe produktu

Kod produktu:

81130

Nazwa produktu:

Płyta warstwowa FRP-pianka PU

Skóra:

Arkusz płaski FRP/arkusz wytłaczany FRP

Rdzeń:

Pianka poliuretanowa

Grubość:

15-120mm

Maks. Szerokość:

3250 mm

Aplikacja:

Samochód kempingowy/przyczepa kempingowa/kontener-cysterna/budynek/ładunek suchy

Wykończenie powierzchni:

Gładka/teksturowana

Znaków:

panele warstwowe z włókna szklanego Płyty kompozytowe z włókna szklanego Panel sandwich z pianki z włókna szklanego

Opis produktu

Szczegółowe specyfikacje i cechy

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion

Introduction

With increasingly stringent performance requirements for building materials in modern construction projects, polyurethane FRP sandwich panels have emerged as a top-tier option due to their distinctive structural design and outstanding comprehensive properties.

These panels adopt high-quality fiberglass reinforced plastic (FRP) as the external facing and flame-retardant rigid polyurethane (PU) foam as the core insulation layer, produced through an advanced one-step forming technology.

They organically integrate the weather resistance, anti-aging performance and corrosion protection of FRP skins with the excellent thermal insulation characteristics of rigid polyurethane foam.

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 1

Core Advantages

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 2

Application

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 3

Packaging & Shipping

To address product damage from violent shaking and collisions during long-distance transportation, we offer two protective solutions:

Standard protection: Securing products with iron frames, wooden pallets and other accessories to guarantee basic transportation safety.
Customized protection: Delivering tailored packaging based on your specific requirements, with 30% enhanced performance compared to the standard solution (e.g., specialized shock-absorbing materials, custom-fitted frames).

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 4

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 5

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 6

Insulated Fiberglass GRP Insulated Panels High Strength Thermal Insulation Anti-Corrosion 7

Product Advantage Details

Exceptional Thermal Insulation Performance

Ultra-low thermal conductivity: The polyurethane core features an extremely low thermal conductivity coefficient, offering insulation capabilities that far surpass those of traditional building materials.
Energy-saving and cost-efficient: It efficiently reduces energy consumption for indoor heating and cooling, significantly lowering long-term operational expenses while adhering to green building standards.

Outstanding Strength and Rigidity

Lightweight yet durable: Its lightweight design facilitates convenient transportation and on-site installation, while also boasting high specific strength (strength-to-density ratio), strong load-bearing capacity, and excellent wind resistance.
Superior structural integrity: The advanced composite manufacturing process integrates the panel surface and core material into a single integrated load-bearing structure, ensuring stable performance over long-term use.

Excellent Chemical Corrosion Resistance

Adaptable to harsh working environments: The FRP (Fiberglass Reinforced Plastic) surface layer demonstrates remarkable resistance to most chemical agents, including acids, alkalis, and salts. This makes it perfectly suited for corrosive environments such as chemical factories, electroplating workshops, sewage treatment plants, and seafood processing facilities.

Dependable Fire Resistance

Customizable flame-retardant grade: The polyurethane core can be tailored to meet flame-retardant or higher fire safety standards according to customer requirements, effectively enhancing the overall fire protection level of buildings.

Hygienic, Mildew-Proof, and Easy to Maintain

Smooth and sterile surface: The dense, smooth surface of the panel does not accumulate dust, prevents mold and bacterial growth, and can be easily cleaned with water. It fully meets the strict hygiene requirements of industries such as food processing, pharmaceuticals, and electronics manufacturing.

Why Choose Us?

With more than 15 years of professional experience in the R&D and manufacturing of composite materials, we infuse professional expertise into every product we produce.
Our products are exported to over 30 countries and regions worldwide, providing high-quality material solutions to meet the diverse needs of global customers.
We are dedicated to continuous technological innovation and regular product upgrades, ensuring that our offerings keep pace with the latest industry developments and market demands.
We implement strict quality control measures throughout the entire production process and provide full-cycle service support, from pre-sales consultation to after-sales maintenance, to ensure complete customer satisfaction.

FRP Sandwich Panel

Skin:

·FRP/GRP: Fiberglass Reinforced Plastic

· CFRT: Continuous Fiber Reinforced Thermoplastic.

· HPL: Hiigh-pressure Laminate.

Core Material:

·PU: Polyurethane.

· PP: Polypropylene.

· PET: Polyethylene Terephthalatee.

·PVC: Polyvinyl Chloride

· PE: Polyethylene.

·HDPE: Higgh-Density Polyethylene.

· PP: Polypropylene.

·Polywood

Sandwich Panel Series

NO.	Material Code	Specification	Material Name	Length(mm)	Width(mm)	Thickness(mm)
34	81311	XPS sandwich panel single-side composite board	High performance glass fiber reinforced foam composite board	2000	1000	16/20/25
35	81220	XPS sandwich panel both-side composite board	High performance glass fiber reinforced foam composite board	2000	2100/3000	-
36	81431	PU sandwich panel single-side composite board	High performance glass fiber reinforced foam composite board	2000	1000/3000	25/30/35
37	81432	PU sandwich panel both-side composite board	High performance glass fiber reinforced foam composite board	2000	2100/3000	-
38	81420	Woodblock-PSI composite board	High performance glass fiber reinforced foam composite board	2000	1000	30/35/40
39	81421	EPS sandwich panel single-side composite board	High performance glass fiber reinforced foam composite board	2000	1000	100/120
40	81230	EPS sandwich panel both-side composite board	High performance glass fiber reinforced foam composite board

Why Choose Us?

Core Technology: High-pressure foaming and formula optimization ensure long-term stability
Multi-field Experience: Rich cases of applications in harsh environments
Customization Capability: Supports special improvement of weather resistance performance
Quality Assurance: Strict aging test, durable products

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