EPS Wall panels

Name: EPS Wall panels
Brand: HIKAE BUILDINGS SUPPLIERS PRIVATE LIMITED
Price: 628.0 INR
Availability: InStock

Price 628.0 INR/ Square Meter

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MOQ : 100 Square Meters

EPS Wall panels Specification

Flexural Strength
0.75MPa

Water Absorption
Low

Finishing Options
Can be painted or laminated

Fire Resistance
Yes, fire retardant properties

Sound Insulation
Good acoustic performance

Environmental Impact
Eco-friendly, recyclable core

Panel Density
Approx. 45kg - 60kg / (Cubic meter)

Connection Method
Tongue and groove joint or steel connectors

Thermal Conductivity
0.043W/(mK)

EPS Wall panels Trade Information

Minimum Order Quantity
100 Square Meters

Supply Ability
1000 Square Meters Per Month

Delivery Time
10 Days

About EPS Wall panels

Item Name	STRUCTURAL INSULATED CONCRETE PANELS (SICP) / EPS 3D PANELS
Category	Non-load-bearing wall panels
Usage	Used as non-load-bearing wall panels as a replacement for brick mesentery or other partition materials.
Description of the Panel	EPS core material covered with galvanized mesh. The meshes are connected together using diagonal truss
Width of the Panel	1.2 m
Height of the Panel	Customizable -1.0 m to 10.0 m
Thickness of the Panel	Customizable - 40 mm to 240 mm
Finishing Thickness	Customizable - 110mm to 310 mm
Core Material	Expanded Polystyrene (EPS) -Fire-resistant
Density of the Core Material	Customizable - 15 to 25 kg/m3
Covering Mesh Specification	Galvanized (hot-dipped Zn > 80 GSM), corrosion-resistant, high tensile strength
Mesh Spacing	100 mmx 100 mm
Mesh Wire Diameter	Customizable 2.5 mm to 4.5 mm
Diagonal Connector Wire Specification	Galvanized (hot-dipped Zn > 80 GSM), corrosion-resistant, high tensile strength
Diagonal Connector Wire Diameter	Customizable - 2.5 mm to 4.0 mm
Number of diagonal connectors in 1 sq ft area	18 to 21
Diagonal Connection Method	Spot welding
Spacing Between Core Material and Covering Mesh	10 mm
Technology	Modern, Efficient, and Safe construction technology
Physical Properties	1) Lightweight construction material - Dead weight: 180 to 200 kg/m2
	2) Thermal insulation -Maintains stable indoor temperature
	3) Acoustic insulation - High sound resistance
	4) Fire resistance - Minimum 1.5 to 4 hours
	5) Seismic resistance - Tested up to 8 on the Richter scale
	6) Water resistance - Prevents capillary water penetration
	7) Termite resistance
	8) Impact resistance
	9) Resistant to fungal growth
Other Advantages	1) More carpet area - Finished wall thickness starts from 110 mm
	2) Significantly reduced construction time
	3)Redusing constrection cost
	4) Lower electricity bills due to high thermal insulation - Improved comfort with reduced AC usage
Applications	It is possible to use as a exterior and interior partition wall panels for a commercial and residential structural buildings.

Exceptional Fire and Acoustic Protection

Combining fire-retardant materials and a compact sandwich structure, these wall panels offer reliable fire resistance and remarkable sound insulation, ensuring added safety and privacy wherever used. Ideal for settings demanding stringent safety and noise control standards, their fireproof core and dense design provide peace of mind in busy environments.

Simple, Customizable Installation

Engineered for ease, the panels utilize tongue and groove or steel connectors for rapid, hassle-free setup. Standard sizes fit most applications, but bespoke dimensions are available to accommodate unique architectural needs, ensuring a perfect solution for any non-structural partitioning requirement.

Eco-friendly and Versatile Finishes

With a recyclable EPS core and cement and wire mesh construction, these panels champion eco-friendly building. They offer low environmental impact without compromising durability. The surface, available in smooth or coated finishes, can be easily painted or laminated to match your space's aesthetics.

FAQ's of Non-load-bearing wall panels:

Q: How are non-load-bearing wall panels installed?

A: These panels are designed for pre-fabricated installation and can be fixed rapidly using either tongue and groove joints or steel connectors. Specialized panel cutting and installation machines may be used to achieve precise fitting, ensuring a seamless and stable partition.

Q: What are the main benefits of using these panels in buildings?

A: The primary advantages include excellent fire resistance, low water absorption, effective sound insulation, and strong thermal properties. Their lightweight nature simplifies handling and installation, while their eco-friendly, recyclable core helps promote sustainable construction practices.

Q: Where are these non-load-bearing panels most commonly applied?

A: These panels are ideal for non-structural partitioning in commercial buildings, residential developments, office interiors, and schools, wherever lightweight, fireproof, and sound-insulated walls are required without the need for supporting structural loads.

Q: What customization options are available for these panels?

A: Panels can be manufactured to specific sizes (with standard dimensions of 1200mm x 2400mm) and in thicknesses of 50mm, 75mm, 100mm, or other custom values. The surface can be finished as smooth or coated, and panels can be painted or laminated for personalized aesthetics.

Q: What is the process for ensuring acoustic and thermal insulation properties?

A: The panels use a high-purity EPS core encapsulated by cement and wire mesh, achieving a density of approximately 45kg/m3 to 60kg/m3. This multi-layer construction, combined with tight-fitting joints, delivers reliable sound and thermal insulation.

Q: Are these panels suitable for wet or humid environments?

A: Yes, the panels have low water absorption and offer moisture resistance, making them suitable for use in areas where humidity is present, as long as they do not serve as structural elements.

Q: What makes these panels environmentally friendly?

A: The use of a recyclable EPS core, in conjunction with standard construction-grade cement and wire mesh, reduces environmental impact. The materials and manufacturing methods facilitate sustainability in modern building projects.

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