Built for Pressure, Designed for Precision | Standard 16mm High Quality Mechanical Seal for CNP Pumps
The Standard 16mm High Quality Mechanical Seal for CNP Pumps is engineered to provide optimal sealing performance in high-efficiency CNP centrifugal pump systems. Designed for reliability under rigorous industrial and commercial conditions, this mechanical seal minimizes leakage and reduces wear over time, enhancing both performance and longevity. Manufactured with premium materials including silicon carbide, carbon, and Viton elastomers, it offers superior resistance to chemical exposure, thermal fluctuations, and high-pressure conditions. This seal is an ideal choice for OEM usage and maintenance replacements in systems requiring precision and durability.
Its compact 16mm design ensures a perfect fit within CNP pump assemblies, allowing for seamless integration without the need for extensive modifications. The balanced sealing faces work effectively to maintain consistent performance even in continuous-duty cycles and variable flow conditions. By reducing the risk of contamination and mechanical breakdown, this seal plays a crucial role in extending equipment life and maintaining operational uptime. Whether used in water treatment plants, industrial process lines, or HVAC systems, it delivers dependable sealing with minimal maintenance demands.
Product Specifications
| Attribute | Specification |
|---|---|
| Product Name | Standard 16mm High Quality Mechanical Seal for CNP Pumps |
| Standard or Nonstandard | Standard |
| Rotary Ring | SIC |
| Stationary Ring | SIC |
| Secondary Seal | V(FKM) |
| Temperature Range | -20℃ ~ 180℃ |
| Sample | Yes (US$9.52) |
| Color | Silver |
| Size | 16 mm |
| Pressure Rating | Up to 1.2 MPa |
| Speed Limit | ≤15 m/s |
| Application | Industrial Pumps |
| Material Grade | Corrosion & Wear Resistant |
| Seal Type | Balanced |
| Mounting Type | Cartridge / Component |
| Spring Type | Single Spring |
| Media Compatibility | Water, Oil, Chemicals |
Why Choose Standard 16mm High Quality Mechanical Seal for CNP Pumps?
🔹 Custom-fit for 16mm shaft sizes in CNP centrifugal pump models
🔹 Dual-material seal faces for enhanced sealing and heat resistance
🔹 Compatible with a wide range of liquids, including corrosive and abrasive fluids
🔹 Precision-balanced design ensures stable rotation and reduced friction
🔹 Constructed using silicon carbide, carbon, and Viton for maximum durability
🔹 Simple to install with low maintenance requirements
🔹 Performs efficiently in both high-speed and continuous-duty applications
🔹 Designed to reduce energy loss and mechanical wear
🔹 Ideal for water treatment plants, HVAC systems, and industrial fluid handling
🔹 Tested to meet international performance and sealing standards
Application of Standard 16mm High Quality Mechanical Seal for CNP Pumps
🔹 CNP Centrifugal Pumps – Ensures efficient fluid sealing in high-speed pump applications
🔹 Water Treatment Systems – Prevents leakage in pumps circulating treated and raw water
🔹 HVAC and Chiller Units – Maintains performance and seal integrity under varying temperatures
🔹 Industrial Process Equipment – Reliable sealing for chemical, food, and pharmaceutical systems
🔹 Booster and Circulation Pumps – Ideal for pressure-boosting units and continuous-duty pumps
🔹 OEM Equipment Production – Widely used in manufacturing of standardized and custom CNP pump systems
Order Now – Get Your Standard 16mm High Quality Mechanical Seal for CNP Pumps Today!
Upgrade your pump systems with the Standard 16mm High Quality Mechanical Seal for CNP Pumps and experience unmatched sealing efficiency and component longevity. Whether you’re managing industrial flow systems or replacing worn components in commercial applications, this seal delivers the precision, chemical resistance, and wear protection your operations require. Avoid costly downtime with a reliable seal that’s built to handle pressure, flow, and demanding environmental conditions. Engineered to match the exacting standards of CNP pumps, it’s your go-to solution for dependable performance.
