Camlock PUF Panels These are insulated sandwich panels with a camlock joint system for easy assembly, commonly used in cold rooms, clean rooms, and insulated enclosures. HIPS Natural Material High Impact Polystyrene (HIPS) is a tough, durable plastic used in applications where impact resistance is important. “Natural” usually refers to its uncolored or base form. Use of HIPS Natural in Camlock PUF Panels: Inner/Outer Layer Cladding: HIPS sheets are often used as the facing material on one or both sides of the PUF (Polyurethane Foam) core. Hygienic Surfaces: Especially in food storage or clean room panels, HIPS provides a smooth, non-porous, and easy-to-clean surface. Impact Resistance: It offers good resistance to physical damage, making the panels durable in harsh environments. Thermal Compatibility: Works well with PUF in terms of thermal expansion and bonding. Advantages: Lightweight and cost-effective. Hygienic and chemically resistant.

Camlock is fitted in puff panels like cold room, cold storage. It is used to join their walls. The material used in Camlock is the outer part of Camlock which is called bash. HIPS Natural are made from material. This material is strong and is also capable of bearing heavy load. The locking hook fitted inside which locks the Camlock is made of metal which makes the Camlock very strong. It works to join two parts due to which the Camlock gets locked very well and there is no fear of rusting in it

When using metal camlocks and GI (Galvanized Iron) sheets with PUF panels, you're typically working with a robust setup for insulated enclosures like cold rooms or industrial partitions 1. Metal Camlock for PUF Panels: Camlock System: A mechanical locking system used to connect PUF panels tightly. Usually made from galvanized steel or stainless steel for durability. Ensures airtight and thermally efficient joints between panels. Camlocks are embedded inside the panel during manufacturing. Advantages: Quick assembly/disassembly Strong interlocking — improves structural integrity Reduces thermal bridging and air leakage 2. GI (Galvanized Iron) Material for PUF Panels: GI Sheet Properties: Steel sheets coated with zinc to prevent rusting. Common thickness: 0.8 mm (varies based on application). Surface finish: Plain, pre-painted (PPGI), or plastisol coated. Where GI Is Used: Acts as the outer skin on both sides of the PUF panel. Used for both interior and exterior-facing panels. Suitable for industrial use, warehouses, and general-purpose insulation. PUF Panel Construction (with GI & Camlock) Common Applications: Cold storage rooms Cleanrooms Prefabricated buildings Telecom shelters Industrial warehouses

The Camlock PUF Panel with HIPS Super White material is commonly used in cold room and clean room applications. Here's a breakdown of its components and typical uses: 1. Camlock PUF Panel PUF stands for Polyurethane Foam, a high-insulation core material. Camlock refers to the interlocking mechanism that makes installation easy and ensures tight joints, improving thermal insulation and structural integrity. 2. HIPS Super White Material HIPS = High Impact Polystyrene Super White is a grade/color often used for hygienic and aesthetic purposes. It's used as a laminate or skin on the outer surface of the PUF panel. Uses of Camlock PUF Panel with HIPS Super White: Cold Rooms: For food storage, pharmaceuticals, etc. Clean Rooms: Used in industries like electronics, pharma, and labs where contamination control is critical. Modular Partitions: In controlled environments. Hospitals or Diagnostic Labs: Where hygiene is crucial. Why Use HIPS Super White? Smooth, glossy, and easy-to-clean surface. Resistant to moisture, chemicals, and impact. Provides a hygienic and aesthetically clean look. Non-toxic and safe for food-grade environments

Spacer (30mm to 150mm) for PUF Panel & Cold Room A PUF panel spacer is used to create a gap between panels in cold rooms, clean rooms, and insulated enclosures. These spacers help in structural support, air circulation, and thermal insulation while ensuring proper panel alignment. 1.Plastic (Nylon, PVC, Polypropylene): Lightweight, corrosion-resistant, and non-conductive. Aluminum or Stainless Steel: Provides high strength and durability for industrial applications. Rubber or EPDM: Offers vibration damping and thermal resistance. 2.Available in 30mm to 150mm thickness. Custom sizes available based on project requirements. 3. Functions & Benefits: Ensures proper panel alignment and spacing in cold storage construction. Reduces thermal bridging, improving insulation performance. Provides structural stability and load distribution. Allows for air circulation where required. 4.Cold Storage Rooms – Helps maintain insulation efficiency. Clean Rooms – Ensures precise panel spacing for controlled environments. PUF Panel Installations – Used in modular construction and prefabricated structures. HVAC & Refrigeration Systems – Supports ducting and thermal insulation. Installation & Availability: Can be bolted, clipped, or glued between panels. Available in round, rectangular, or custom shapes to suit different designs.

A wall PUF panel with camlock is a sandwich panel made of polyurethane foam (PUF) that uses a camlock mechanism to join panels together. The camlock system creates a tight seal between the panels.

A PUF panel Camlock system is a specialized locking mechanism used in Polyurethane Foam (PUF) insulated panels to ensure a secure and tight connection between panels. This system is commonly used in cold storage rooms, clean rooms, prefab buildings, and insulated enclosures. Interlocking Mechanism: Camlock fasteners embedded within the panel edges allow easy and firm joining of panels. Quick Installation: Reduces assembly time compared to traditional joining methods. Strong & Airtight Seal: Prevents heat loss and improves insulation efficiency. Reusable & Modular: Panels can be dismantled and reassembled when needed. Enhanced Structural Strength: Ensures panel alignment and improves overall durability.

A panel cap for PUF panel camlocks is typically used to cover and protect the camlock locking mechanism in insulated panels. These caps serve several purposes: 1. Protection – Prevents dust, moisture, and debris from entering the camlock system, ensuring durability. 2. Aesthetic Finish – Provides a clean look by covering exposed camlock areas. 3. Sealing – Helps maintain the insulation integrity of the PUF (Polyurethane Foam) panel by minimizing air leaks. 4. Easy Maintenance – Allows easy access for disassembly when required

2D Profiles (Flat / Straight Sections) These are flat or slightly curved panels. Used for wall cladding joints, partitions, and straight transitions. Materials: PVC → lightweight, corrosion-resistant, easy to clean. Aluminum → stronger, more durable, often used where structural rigidity is needed. 3D Profiles (Extruded Sections) The complex cross-section pieces (seen in the middle). Designed for joining panels, creating sealed connections, and improving structural integrity. Often used in: Modular cleanroom panels Ceiling-to-wall joints Provide airtight sealing, which is critical in cleanrooms. Coving (Corners & Junctions) The curved corner pieces (bottom right and top right). Wall-to-floor Wall-to-wall Wall-to-ceiling intersections Eliminates sharp 90° corners Prevents dust and microbial buildup Makes cleaning and sanitization easier Why These Are Important in Cleanrooms Maintain hygienic, seamless surfaces Support GMP (Good Manufacturing Practice) compliance Resist chemicals and disinfectants Help control particle accumulation Pharmaceutical manufacturing Hospitals & operation theatres Food processing units Laboratories & electronics manufacturing