RS-Decorative Mouldings

RS-Decorative Mouldings: are a new generation of exterior wall decoration solutions. Their core is made of high-strength B2-grade flame-retardant expanded polystyrene (EPS), precision-cut using CNC machining. The surface is reinforced with alkali-resistant fiberglass mesh and coated with a specially formulated polymer-modified mortar.

Key Features

Core Technical Structure:

Core material: B2-grade fire-retardant EPS, ensuring excellent dimensional stability.
Reinforcing layer: High-performance alkali-resistant glass fiber mesh, effectively preventing surface cracking.
Outer protection: Flexible polymer-modified mortar coating provides excellent weather resistance and mechanical strength.

Product Advantages:

Weather Resistance: Unaffected by temperature fluctuations; highly resistant to frost, heat, humidity, and acid rain. It remains stable in extreme climates.
Eco-friendly & Fire-safe: Combines fire-rated coatings with flame-retardant cores. It emits no toxic substances and is a certified eco-friendly building material.
Precision Engineering: CNC-controlled cutting allows for intricate custom designs, including Roman columns, brackets (Dougong), window surrounds, and cornices.
Installation & Aesthetics: Lightweight and easy to handle, these moldings are installed using high-strength adhesives without the need for heavy machinery. They offer architects boundless creative freedom, transforming standard facades into elegant, distinctive architectural masterpieces.
Global Adaptability: We offer fully customizable solutions for EPS density, mortar coating thickness, and a wide variety of architectural profiles and dimensions.

Technical

Standard Dimensions:

Product Model	Length	Polymer Mortar Thickness	Density
RS-EPSCU	2000mm	3mm，5mm	20kg/m³
RS-EPSCT	2000mm	3mm，5mm	20kg/m³
RS-EPSCL	2000mm	3mm，5mm	20kg/m³

Technical Specifications:

Product Model	Thermal Conductivity	Compressive Strength	Water Absorption	Fire Classification
RS-EPSCU	≤0.038 W/(m·K)	≥200 kPa	≤1.0%	B1/B2
RS-EPSCT	≤0.038 W/(m·K)	≥200 kPa	≤1.0%	B1/B2
RS-EPSCL	≤0.038 W/(m·K)	≥200 kPa	≤1.0%	B1/B2