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

Rope Wire with Loop & Suspension Lock is a heavy-duty steel suspension cable designed for cold room installations such as ceiling panels, evaporators, lighting, ducts, or shelving supports. It comes pre-formed with looped ends and a locking mechanism for secure, quick installation. Supports approx. 220–300 kg safe working load, Suitable for 4.0–6.0 mm wire diameter, Allows firm holding + easy adjustment, Built for corrosion resistance in low-temperature environments, High-strength galvanized/stainless steel wire, Pre-crimped loops for secure anchoring, Quick installation with lock system, Designed for cold storage & freezer rooms, Resistant to moisture, rust, and temperature stress, Suspended evaporator units, Ceiling panel reinforcement, Hanging lighting systems, Cable tray or pipe suspension, Insulated structure support,

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.

Aluminium T-profile, commonly referred to as Aluminium T-section or T-bar. This specific profile is often used in PUF panel installations and cold room constructions. Uses of Aluminium T-Profile in PUF Panels: 1. Joint Covering:Used to cover the joints between two PUF panels, especially in wall-to-wall or wall-to-ceiling connections. 2. Reinforcement:Provides structural strength and support along panel junctions or edges. 3. Aesthetic Finish:Offers a clean, neat, and professional finish by hiding visible panel gaps. 4. Moisture Barrier:Helps in sealing the joints to prevent moisture or air ingress. Material Advantages: Corrosion-resistant (Aluminium) Lightweight Durable Easy to install

Aluminium PVC Coving, specifically designed for PUF panel applications such as in cold rooms, cleanrooms, and hygienic areas. Aluminium PVC coving is a curved or angled profile that’s used where walls meet floors or ceilings, providing a smooth, rounded transition. It combines: Aluminium base for strength and stability. PVC (polyvinyl chloride) cover or coating for hygiene, easy cleaning, and aesthetics. Applications in PUF Panels: 1. Hygienic Transition Joint:Installed at wall-to-floor or wall-to-ceiling junctions to avoid sharp 90° angles, reducing dust and microbial buildup. 2. Cleanroom & Cold Room Use:Commonly used in pharmaceutical, food processing, and cold storage areas that require easy-to-clean and seamless surfaces. 3. Structural Edge Finishing:Enhances the overall look and finish of the PUF panel installation while protecting corners from damage. 4. Compliance:Helps meet GMP and HACCP guidelines in clean areas. Common Sizes (can vary by manufacturer): Radius: 25mm or 50mm Length: Usually 8ft (2.44m) or customized

These are components commonly used in PUF (Polyurethane Foam) insulated panel systems, particularly for cold rooms, clean rooms, or modular enclosures. 2D Corner (Aluminium 2D Corner) Purpose: Used for joining two panels at a 90° corner (like wall-to-wall junctions). Material: Likely aluminum, offering strength, corrosion resistance, and a clean finish. Application: Internal or external vertical corner junctions. Often seen in cold room construction where walls meet. 3D Corner (Aluminium 3D Corner) Purpose: Used for 3-way corner joints, where three panels meet — such as wall-wall-ceiling or wall-wall-floor intersections. Material: Also typically aluminum for structural and hygienic benefits. Application: Used in room corners where all three planes meet. Ensures proper sealing and alignment in cold rooms or modular structures. Clean and professional finishing. Easy installation and alignment. Enhanced thermal insulation integrity (no thermal bridging). Prevents dust and moisture ingress at panel joints.

Pipe – Water Cooler This is a flexible corrugated pipe used in water coolers for water flow and drainage. Type: Flexible corrugated pipe Material: Food-grade plastic (PVC) Color: Transparent / milky white Length: As per requirement (custom cut) Used for water inlet, outlet, or overflow connection Commonly connected between tank, tap, or drain Commercial water coolers Drinking water machines Cold water tanks Flexible and easy to bend Leak-proof with proper clamp Durable and long-lasting Easy installation and replacement

Thermostat – Water Cooler This is a capillary-type thermostat used in commercial water coolers to control water temperature. Type: Mechanical thermostat (capillary sensor) Material: Metal body with temperature control knob Capillary Length: Long sensor tube for accurate sensing Adjustment: Rotary dial (Cold ↔ Less Cold) Automatically controls cooling ON/OFF Maintains required cold water temperature Prevents over-cooling and compressor damage Commercial water coolers Drinking water machines Industrial cooling units Accurate temperature control Easy installation Long service life