Analysis Instruments

1. Material:

• Stainless Steel (SS):
  • 304 Stainless Steel: Commonly used for general-purpose applications with good corrosion resistance.
  • 316 Stainless Steel: Used for highly corrosive environments, such as marine applications.
• Rubber: Often has a rubber lining or rubberized coating to prevent damage to the surfaces being clamped and ensure a firm grip.
• Aluminum: Lightweight and corrosion-resistant option for some applications.
• Plastic: Used in applications where corrosion is not an issue and cost efficiency is needed.

• Shape: A unique duckbill or duck-like shape, broad at the base and tapering toward the end. This allows for the clamp to cover a larger area and exert pressure evenly.
• Adjustability: Some clamps feature a screw mechanism or locking mechanism to adjust the size and grip based on the diameter of the item being clamped.
• Flexible Jaw: The clamp’s flexible jaw allows it to wrap around various sizes and shapes securely.
• Pressure Distribution: Provides a uniform pressure over a wide surface area, which helps prevent damage to the material being clamped.

• Fluid and Gas Piping Systems: Used to secure hoses or pipes in place in plumbing, automotive, and industrial fluid handling systems.
• Automotive: Common in automotive systems to clamp hoses, pipes, and other flexible components.
• HVAC Systems: Used to hold flexible ducts in place in heating, ventilation, and air conditioning systems.
• Agriculture: Used in agricultural equipment, especially in irrigation systems, to secure hoses and tubing.
• Marine: Used in marine environments to secure hoses and pipes exposed to salty or harsh conditions, especially in engine rooms.

• Diameter Range: Duck clamps are available in various sizes to accommodate different pipe, hose, or duct diameters, typically ranging from 1 inch to several inches.
• Adjustable Sizes: Many duck clamps are adjustable and can be resized to fit a range of pipe or hose diameters.

• Durability: Duck clamps are highly durable and resistant to damage under high pressure or in rough operating conditions.
• Corrosion Resistance: Stainless steel or plastic materials provide corrosion resistance, making the clamps suitable for outdoor or marine environments.
• Ease of Use: Easy to install or remove, with some models featuring quick-release mechanisms.
• Flexibility: The design of duck clamps allows for a flexible fit, making them useful in tight spaces or when clamping irregular shapes.

Ensure smooth, efficient, and contamination-free filtration with the SS Filter Holder (Duck Clamp type) — a high-performance solution for critical laboratory and industrial filtration applications. Made from premium stainless steel and equipped with a duck clamp locking system, this holder ensures superior sealing, safety, and stability during every filtration process.

Product Overview:

The SS (Stainless Steel) Filter Holder with Duck Clamp is a robust, corrosion-resistant filtration device designed for membrane filtration under vacuum or pressure. Its heavy-duty stainless-steel construction ensures long life, chemical resistance, and easy sterilization. The duck clamp mechanism allows quick and secure locking of the filter assembly, eliminating leaks and improving workflow efficiency.

Perfect for use in microbiological analysis, water quality testing, food & beverage labs, pharmaceuticals, and more.

Key Features:

• 🔩 Durable Stainless Steel Construction
  Made from SS 304/316 grade, offering high resistance to corrosion, chemicals, and high temperatures. Ideal for sterile or harsh environments.
• 🦆 Quick-Lock Duck Clamp Design
  Unique duck clamp locking system enables fast, secure assembly/disassembly with strong sealing – perfect for high-pressure or vacuum filtration.
• 💨 Vacuum and Pressure Compatible
  Equipped with a side-arm connection to attach to a vacuum pump or pressure system, enabling fast filtration with minimal effort.
• 🧼 Reusable & Easy to Clean
  Fully autoclavable and simple to clean after use, making it perfect for long-term, repeated laboratory use.
• Filter Compatibility
  Compatible with standard membrane filters (typically 47 mm or 90 mm) for precise particle or microbial retention.

Applications:

• Microbial analysis (water, beverages, pharmaceuticals)
• Water and wastewater testing
• Food & beverage quality control
• Sterile filtration of liquids
• Environmental sample processing
• Research and academic laboratories