EPS panels

Name: EPS panels
Brand: HIKAE BUILDINGS SUPPLIERS PRIVATE LIMITED
Price: 809.0 INR
Availability: InStock

Price 809.0 INR/ Square Meter

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MOQ : 100 Square Meters

EPS panels Specification

Acoustic Insulation
High soundproofing characteristics

Compressive Strength
More than 30 MPa (varies by specification)

Panel Density
1600-2000 kg/m3 (approximate, varies with material)

Panel Core Material
Cementitious matrix reinforced with fiber mesh

Edge Detail
Tongue-and-groove or plain edge options

Fire Rating
Certified fire resistant (up to 2 hours depending on thickness)

Panel Length
Up to 3 meters standard, custom sizes available

Thermal Conductivity
Low (provides insulation)

Flexural Strength
Minimum 5.0 MPa

Water Absorption
<10%

Environmental Benefit
Eco-friendly, made from recyclable materials, low carbon footprint

Construction Compatibility
Suitable for multi-storey, prefabricated and modular construction

Panel Width
Up to 600 mm standard, customizable

EPS panels Trade Information

Minimum Order Quantity
100 Square Meters

Supply Ability
1000 Square Meters Per Month

Delivery Time
10 Days

About EPS panels

Item Name	STRUCTURAL INSULATED CONCRETE PANELS (SICP) / EPS 3D PANELS
Category	Load-bearing wall panels
Usage	Used as Load-bearing wall panels as a replacement for brick mesentery.
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 - 50 mm to 240 mm
Core Material	Expanded Polystyrene (EPS) -Fire-resistant
Density of the Core Material	Customizable - 15 to 25 kg/m
Covering Mesh Specification	Galvanized (hot-dipped Zn > 80 ), Corrosion-resistant, High tensile strength
Mesh Spacing	50mmx50mm
Mesh Wire Diameter	Customizable 2.5 mm to 4.5 mm
Diagonal Connector Wire Specification	Galvanized (hot-dipped Zn > 80 ), 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/m
	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) Monolithic stretcher - More durable and Strength
	8) Termite resistance
	9) Impact resistance
	10) Resistant to fungal growth
Other Advantages	1) More carpet area - Finished wall thickness starts from 100 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 load bearing wall panels for commercial and residential buildings up to Ground plus two.

Superior Structural Performance

Designed for load-bearing applications, these wall panels boast compressive strengths exceeding 30 MPa and flexural strength above 5.0 MPa, making them suitable for demanding structural environments. Their heavyweight composition ensures stability and robustness, while advanced manufacturing standards provide reliable support for multi-storey and modular constructions.

Enhanced Fire and Acoustic Protection

Certified to resist fire for up to two hours (depending on thickness), these panels offer peace of mind for any building typology. Their high-density structure and composition also deliver exceptional soundproofing, effectively minimizing noise transmission between spaces-ideal for residential and commercial use alike.

Efficient Insulation and Sustainability

Utilizing advanced low thermal conductivity materials, these panels excel in reducing energy consumption by maintaining indoor climate stability. Made from recyclable, eco-friendly components with a low carbon footprint, they contribute to sustainable construction and environmental stewardship.

FAQ's of Load-bearing wall panels 50 mm to 240 mm:

Q: How are the load-bearing wall panels installed in construction projects?

A: Load-bearing wall panels can be installed using either dry or wet methods, utilizing mechanical or chemical anchors as per site requirements. Due to their weight, panels are often handled with panel lifters, cranes, or construction hoists, ensuring safe and efficient placement during building assembly.

Q: What are the main benefits of using these panels in multi-storey or modular construction?

A: These panels offer high structural strength, certified fire resistance, outstanding thermal and acoustic insulation, and speed up construction due to their prefabricated nature. Their eco-friendly materials and custom sizing options add further value for diverse building projects.

Q: When should I use panels with higher thickness (such as 240 mm) versus thinner panels?

A: Thicker panels (up to 240 mm) are recommended for applications requiring greater load-bearing capacity, fire resistance, or superior insulation and soundproofing. Thinner panels (from 50 mm) are suitable for partitions or less demanding structural roles depending on your project's specific requirements.

Q: Where can these load-bearing panels be applied in building construction?

A: These panels are suitable for industrial, commercial, and residential applications, including multi-storey buildings, prefabricated modules, exterior and interior walls, and areas where fire safety and acoustic insulation are critical.

Q: What is the process for customizing panel sizes and finishes?

A: Customization requests can be addressed during the manufacturing process, offering modifications in length (up to 3 meters), width (up to 600 mm), thickness (50 mm to 240 mm), edge details, and surface finishes (smooth or pre-coated). Consult with the supplier or manufacturer to specify project requirements.

Q: How does the panel's composition benefit environmental sustainability?

A: Constructed from recyclable fibre reinforced cement or concrete, these panels have a low carbon footprint, making them an environmentally responsible choice. Their durability and recyclability minimize waste and support green building objectives.

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