Everest Solid Wall Panels
In today's fast paced world, time is of the essence. This is why Everest presents a revolutionary concept, Readymade Walls. Made using Everest Solid Wall Panels, these walls offer efficient construction with the promise of Strength, Speed and Safety. These walls are a revolutionary drywall solution, which maintains the solid effect of a conventional brick or block wall
What is a drywell?
Introduced in the late 1910s in America, drywalls do away with the traditional plastering popular at that time. Drywalls comprise mainly of cellulose and gypsum plaster. A very small amount of paper, plasticizers, mica crystal and a chelating agent is also included. Drywall is essentially the modern alternative to hand-applied wall plaster.
The advantages of Everest readymade walls are:
- Strength and Robustness- Severe duty panels
- 4 times faster than brickwork, thereby saving you time & cost
- One fourth the weight of brick work
- Sound insulation of 40 dB
- Fire Rating > 2 hours
- Space - 3 to 5% additional
Everest readymade walls are sandwich panels made of fibre reinforced aerated cement concrete and Everest wall boards. Their unique tongue and groove jointing system facilitates rapid construction and maximizes space utilization. Everest readymade walls epitomize on extremely speedy and elegant wall solution, which is compatible with a host of surface finishing choices like point, veneers, texture coating and wallpaper.
Areas of Application
- Internal Walls- Residential/ Commercial/ Industrial
- Pre-fabricated Shelter - Internal/ External Walls
Technical & Physical Specifications of Solid Wall Panels
Standard Dimensions
| Property | Unit | Standard | Value |
|---|---|---|---|
| Size | mm | - | 3000x600.2700x600, 2400x600 |
| Thickness | mm | - | 50 & 75 |
| Standard Weight | Kg/m2 | - | 42.8 for 50 mm & 58.2 for 75 mm |
| Edge Profile | - | - | Square, Beveled |
| Apparent Density | Kg/m2 | IS:2380 P.3:77 | 892 |
| Tensile Strength (Perpendicular to Surface) | N/mm2 | IS:2380 P.4:77 | 0.35 |
| Modulus of Rupture (MOR) | MPa | IS:2380 P.5:77 | 3.8 |
| Screw Withdrawal Strength | KN | IS:2380 P.14:77 | 0.37 |
| Thermal Conductivity | K.cal/h.m0C | ASTM C 177 | 0.12 |
| Axial Compressive Strength | kN/Meter | IS:2380 P.8:77 | 420 |
| Sound Transmission Class | dB | IS:9901 (Part 3) - 1981 | 40 |
| Fire Rating | Minutes | BS 476 Part 20 & 22 | 134 |
| Fire Resistance Properties | Everest Solid Wall panels are non - combustible and quality for Early Fire Hazard Indices as per BS - 476 part 20 & 22 | ||
| Moisture Resistance Properties | Everest Solid Wall panels are moisture resistant and are tested as per IS 2380 | ||
Performance Requirement for Strength & Robustness: BS 5234 (2) : 1992
| S. No. | Test Conducted | Test Details | Observation |
|---|---|---|---|
| 1 | Small hard body impact | - | - |
| a | Surface Damage | Impact energy applied - 10Nm Pendulum drop height - 0.33m Angel of swing - 63.60 |
No surface damage occurred max. length of indentation - 0.6 |
| b | Perforation | Impact energy applied - 30Nm Pendulum drop height - 1.0m Angel of swing - 131.80 |
No performance of facing observed Ma. Length of indentation - 3mm |
| 2 | Large Soft Body impact | - | - |
| a | Surface Damage | Impact energy applied - 100Nm Pendulum drop height - 0.204m Angel of swing - 500 |
65 |
| b | Structural Damage | Impact energy applied - 120Nm Pendulum drop height - 0.245m |
No structural damage occurred |
Solid Wall
| Wall Thickness | Wall Configuration | Maximum Height | Application Area |
|---|---|---|---|
| 75 mm | Solid Wall Panel: 75 mm U Channel: 75mm |
Up to 4.5 m | High Performance Commercial and Official partitions |
Labour Quarters - External and Internal Wall
Pre-fabricated Accommodation - External and Internal Wall
Site Office - External and Internal Wall