Conical Filters

Conical filters, made typically from glass, are specifically designed for seamless integration into pipelines or fluid flow systems. Primarily utilized for filtering small quantities of gases or fluids within the process lines, they play a vital role in maintaining purity and efficiency throughout various industrial applications.

Our conical filters have more distinct features. With an elegant conical design, this filter offers superior performance and efficiency compared to traditional models. Its advanced filtration technology ensures optimal removal of contaminants, providing clean and purified fluids for various applications.

These inline filters are ideally suited for industrial filtration of water & corrosive chemicals / acids which are compatible with PP filters.

Types of Inline Filters

Conical filters are available in many different types, each suited for specific industrial applications and filtration requirements. Here are some of the most common types: Based on filter media:

Powder Sintered metallic media

Made from compressed metal powders, sintered filters offer finer filtration compared to mesh filters. Sintered filter discs are ideal for high-pressure applications and removing smaller particles in industries like pharmaceuticals, food and beverage, and electronics.

Non-woven fabric

These filters excel at capturing large amounts of dirt, making them ideal for the first stage of filtration (pre-filtration). Filter discs are made from a variety of materials, including polyester & polypropylene filter, to use for different industrial applications.

Sintered metal mesh media

Stainless steel mesh filters offer a large filtration area in a compact design. These pleated filters are securely housed within a durable cage, making them ideal for high-efficiency filtration to withstand high temperatures in demanding environments.

Choose Kumar's Process Consultants for efficient inline filtration, trusted by industries across the country for top-quality performance.

Key Factors to Select an Inline Filter

By understanding the different types of conical filters, you can select the most appropriate option for your specific application needs.

Flow rate requirements

Choose a filter with sufficient capacity to handle the desired flow rate without compromising pressure drop.

Particle size and type

Select a filter media with the appropriate pore size and material to effectively capture the target contaminants.

Chemical compatibility

Ensure the filter materials are compatible with the fluids being filtered to prevent corrosion or degradation.

Cleaning frequency and ease

Consider the cleaning requirements and choose a filter with a suitable cleaning method that fits your maintenance procedures.

Why Choose Us for Your Inline Filter Needs?

At Kumar Process Consultants, we manufacture inline filters with a user-friendly unique conical design which is also referred to as conical filters. These filters are more cost-effective than any other traditional double cone sintered glass filters. Our Inline filtration system can seamlessly integrate into existing systems, offering a hassle-free solution for industrial filtration needs. Our conical filters are available as ready-to-use products with a variety of inlet/outlet connections, ranging from 1/4" to 1" BSP/NPT, suitable for many applications. Made with sintered stainless steel porous discs, they provide reliable and efficient filtration.

FAQS

What is the function of an inline filter?

An inline filter removes contaminants directly from a system by being integrated into the pipeline, ensuring clean air or liquid filtration solutions for use.

How do inline filters improve system performance?

Inline filters enhance system efficiency by filtering out impurities, preventing damage to equipment, and ensuring optimal performance of air or liquid systems.

Where are conical filters typically used?

Conical filters are commonly used in liquid and gas pipelines for pump protection, with a cone-shaped design that traps debris and maintains system integrity.