Brookfield SC4-18MCZ Compliant Magnetic Coupling Spindle for Small Sample Adapter with 316 Stainless Steel, Spindle #18MCZ
Compliant Small Sample adapter magnetic coupling 316SS
The Brookfield Magnetic Coupling Spindle for Small Sample Adapter, designated as Spindle #18MCZ, is a high-performance accessory designed specifically for Brookfield viscometers. Crafted from premium 316 stainless steel, this spindle offers superior resistance to corrosion and wear, ensuring longevity and reliability even in the most demanding laboratory environments.
Designed for use with the Small Sample Adapter, the #18MCZ spindle is ideal for measuring the viscosity of small sample volumes with precision and accuracy. Its magnetic coupling mechanism guarantees a secure and efficient connection with various Brookfield viscometer models, enabling seamless instrument operation without the hassle of manual attachment. This innovative feature enhances user convenience while maintaining the integrity of sample testing.
The Brookfield #18MCZ spindle stands out for its versatility. It accommodates a wide range of materials, including those used in pharmaceuticals, food, cosmetics, and industrial applications. The stainless steel construction ensures that no unwanted substances leach into samples, allowing for accurate and untainted results. Whether performing routine quality control or developing new formulations, this spindle provides the assurance of dependable measurements every time.
Maintenance is straightforward, as the smooth finish of the 316 stainless steel allows for easy cleaning and prevents sample buildup. Compatible with a variety of viscometric tests, the #18MCZ spindle delivers consistent performance under varying conditions, making it an essential tool for researchers, quality control specialists, and production engineers alike.
Investing in the Brookfield Magnetic Coupling Spindle #18MCZ means equipping your laboratory with a durable, efficient, and reliable accessory that enhances both the performance and reliability of viscosity measurements, ultimately supporting your critical testing and development processes.