Clean Room Panel

Clean Room Panel Specification

Floor
Epoxy Coated / Vinyl / Compatible for Raised Access

Weight
Lightweight

Condition
New

Frame Material
Aluminum / GI / Stainless Steel

Type
Sandwich Panel

Lighting
LED Flush Cleanroom Lights

Filter Type
HEPA

Application
Pharmaceuticals, Hospitals, Laboratories, Food Processing Units, Electronics

Feature
Fire Proof, Easy to Clean, High Thermal Insulation, Sound Absorption

Dimension (L*W*H)
Customized as per requirement

Door
Flush Type / Hermetically Sealed / Customized

Filters
HEPA / Pre-filters Compatible

Thickness
50 mm

Material
Pre-painted Galvanized Iron (PPGI) / Stainless Steel / GI Sheet

Cleaning Method
Wipe Clean, Non-reactive to Disinfectants

Color Options
White / Light Blue / Customized as per Requirement

Thermal Conductivity
Excellent, Ideal for Temperature Control

Fire Resistance
FM Approved, Self-extinguishing

Installation Type
Modular, Easy to Dismantle and Reinstall

Surface Finish
Smooth, Anti-static, and Dust Repellent Coating

Edge Detail
PVC / Aluminum Edge Protection

Panel Joining
Tongue and Groove Interlocking System

Usage Environment
Class 100 to Class 100,000 Cleanroom Environments

Panel Density
40±2 kg/m³

Sound Insulation
Up to 42 dB Reduction

Compliance
Meets cGMP and ISO 14644 Standards

Panel Core Material
Polyurethane (PU) / Rock Wool / EPS

Durability
Corrosion Resistant, Long Service Life

About Clean Room Panel

Clean room panels are specialized building materials used to create clean rooms, which are controlled environments that are free from dust, microbes, and other contaminants. They are used in many industries, including pharmaceuticals, electronics, and food processing.

There are several types of clean room panels, including:

Polyurethane (PU) panels: These panels are made from polyurethane foam, which provides insulation and thermal performance, and is resistant to moisture and bacteria.
Insulated metal panels: These panels have an insulating core sandwiched between metal facings, and are used for walls, ceilings, and partitions. They provide good temperature control.
Honeycomb panels: These panels have a honeycomb-structured core, typically made of aluminum, and are sandwiched between two metal skins. They are lightweight but sturdy, and have a good strength-to-weight ratio.
Liner panels: These panels are a cost-effective way to update existing walls. They are usually 1/2 inch thick, and consist of steel or aluminum skins bonded to an aluminum honeycomb core.
Clean rooms are often required by the FDA for manufacturing food, medical devices, and biological products

Superior Construction and Thermal Performance

Clean Room Panels are crafted from high-quality Polyurethane (PU), Rock Wool, or EPS cores, encased in PPGI, stainless steel, or GI sheets for durability. Their excellent thermal conductivity ensures stable temperature control, essential for sensitive environments like pharmaceuticals and electronics. The panels' smooth, anti-static, and dust-repellent coating helps maintain optimal hygiene.

Modular Installation and Flexible Design

The tongue-and-groove interlocking system simplifies installation, making the panels easy to assemble, dismantle, and reposition as project needs evolve. Customization options in size, color, and edge details (PVC or aluminum) guarantee seamless integration into diverse cleanroom layouts. The panels are corrosion-resistant and provide up to 42 dB sound reduction, enhancing worker comfort and process efficiency.

Compliance and Safety Standards

Complying with cGMP and ISO 14644, our panels meet the highest benchmarks for cleanroom safety and quality. FM-approved fire resistance, self-extinguishing properties, and compatibility with HEPA filtration systems ensure operational integrity across Class 100 to Class 100,000 environments. Their non-reactive surfaces allow easy cleaning using disinfectants, supporting routine maintenance without compromising integrity.

FAQ's of Clean Room Panel:

Q: How are Clean Room Panels installed and can they be relocated?

A: Clean Room Panels use a modular tongue-and-groove interlocking system, allowing quick, secure assembly and easy dismantling. This means panels can be efficiently relocated or reconfigured to accommodate changes in workspace layout or operational requirements.

Q: What panel core materials are available and how do they benefit cleanroom environments?

A: Panels can be manufactured with Polyurethane (PU), Rock Wool, or EPS cores. PU offers superior thermal insulation, Rock Wool provides excellent fire resistance and sound absorption, and EPS combines lightweight properties with effective insulation, making all types suitable for diverse controlled environments.

Q: Where can these panels be used and what industries benefit most?

A: These panels are ideal for pharmaceuticals, laboratories, hospitals, food processing units, and electronics manufacturing. Their compliance with cGMP and ISO 14644 standards and customizable options make them suitable for Class 100 to Class 100,000 cleanroom environments across India.

Q: What is the recommended cleaning process for the panel surfaces?

A: The smooth surfaces are designed for easy maintenance. Panels can be cleaned simply by wiping, and are non-reactive to common disinfectants, ensuring hygiene is maintained without damaging the anti-static and dust-repellent coating.

Q: How do Clean Room Panels contribute to energy efficiency and temperature control?

A: With excellent thermal conductivity and core densities of 402 kg/m3, these panels minimize energy loss, providing efficient temperature control critical for sensitive environments. Their insulation properties help maintain consistent conditions and lower operational energy costs.

Q: What fire safety features do the panels include?

A: All panels are FM approved, self-extinguishing, and offer enhanced fire resistance, supported by core materials like Rock Wool. This ensures safety for personnel and equipment in critical cleanroom environments.

Q: What customization options are offered for Clean Room Panels?

A: Panels can be tailored in terms of core material, surface finish, thickness, size, color (white, light blue, or as required), and edge protection (PVC or aluminum) to meet specific project demands and aesthetic preferences.

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