Discover Gvs 1215141 Drain Disc, Polyester, 25mm Bundle [bQCwBJ2Y]

High-Performance Drain Discs

Introducing the GVS 1215141 Drain Disc, a specialized polyester spun-bonded disc designed for optimal filtration efficiency. This 25mm diameter drain disc is crafted from high-quality polyester material, ensuring durability and reliability. The disc is not gridded, providing a seamless surface that effectively prevents pore blinding or blockage of capillary pores in screen membranes. This innovative design results in higher flow rates and increased throughputs, making it an essential component for any filtration system.

• Material: Polyester spun-bonded
• Size: 25mm diameter
• Color: White

Technical Specifications

The GVS 1215141 Drain Disc offers a range of technical advantages. Its unique design allows for effective lifting off of screen supports, which exposes all the pores, thereby increasing flow and capture ability. When placed between two filters in a serial filtration stack, this drain disc ensures efficient performance by preventing air locking of a downstream screen. Additionally, it can function as a filter by bonding a percentage of pores in the upstream filter, providing versatility and adaptability to various filtration needs.

• Non-sterile: Suitable for a variety of filtration applications
• High flow rates: Optimized for increased throughput

Applications and Benefits

The GVS 1215141 Drain Disc is a versatile solution for a wide range of filtration applications. Whether used as a spacer between stacked membranes or filters in a serial filtration stack, or as a filter by bonding pores in the upstream filter, this disc offers significant benefits. Its ability to prevent air locking and enhance flow rates makes it ideal for industries such as pharmaceuticals, water treatment, and food processing. By ensuring efficient performance and preventing blockages, this drain disc contributes to the overall effectiveness and reliability of your filtration system.

• Enhanced filtration efficiency: Increases flow rates and throughputs
• Prevents blockages: Maintains optimal performance over time