a strainer with a mesh for a used water cooler to filter debris and prevent clogging. Here are some options: 1. PVC Strainer with mesh – Comes with a fine mesh to filter out dust, dirt, and small particles. 2. Strainer with mesh – Installed in the water pipeline to trap impurities before they enter the system. 3. Strainer with mesh– Placed at the drainage outlet to catch solid waste before it enters the drainage system.

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.

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,

A self-locking door lock in a deep freezer is a mechanism designed to keep the freezer door securely closed, preventing accidental openings and ensuring efficient cooling. Types of Self-Locking Mechanisms in Deep Freezers: 1. Magnetic Seal Lock – Uses a strong magnetic gasket to keep the door closed. 2. Mechanical Latch Lock – A built-in latch that automatically locks when the door is shut. 3. Keyed Lock System – Provides additional security, especially in commercial freezers. 4. Push-to-Close Lock – Engages automatically when the door is pushed shut. Why Is It Important? Maintains consistent internal temperature. Prevents accidental openings that can cause food spoilage. Enhances safety, especially in commercial or shared-use freezers

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 self-locking door lock in a deep freezer is a mechanism designed to keep the freezer door securely closed, preventing accidental openings and ensuring efficient cooling. Types of Self-Locking Mechanisms in Deep Freezers: 1. Magnetic Seal Lock – Uses a strong magnetic gasket to keep the door closed. 2. Mechanical Latch Lock – A built-in latch that automatically locks when the door is shut. 3. Keyed Lock System – Provides additional security, especially in commercial freezers. 4. Push-to-Close Lock – Engages automatically when the door is pushed shut. Why Is It Important? Maintains consistent internal temperature. Prevents accidental openings that can cause food spoilage. Enhances safety, especially in commercial or shared-use freezers

A Plastic Button Globe used for camlocks is likely a small plastic component that functions as a locking or sealing mechanism in camlock systems, particularly in PUF panel camlocks. Purpose of Plastic Button Globe in Camlocks: 1. Locking Mechanism – Helps secure camlock connections in insulated panels. 2. Sealing & Protection – Prevents dust, moisture, or air leakage. 3. Smooth Operation – Ensures easy engagement and disengagement of camlock systems. 4. Material Durability – Made from high-strength plastic like nylon or polypropylene for longevity.

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

A plastic bend in a water cooler is a curved pipe or fitting made of durable plastic, used to direct water flow efficiently within the cooling system. Functions of a Plastic Bend in a Water Cooler: 1. Water Flow Management: Guides water through the cooling system without leakage or obstruction. 2. Prevents Kinks: Ensures smooth water movement, especially in tight spaces. 3. Corrosion Resistance: Unlike metal bends, plastic ones do not rust or degrade with prolonged water exposure. 4. Lightweight and Durable: Reduces overall system weight while maintaining durability. 5. Leak Prevention: Often designed with secure joints to prevent water leaks.