Enter for Your Chance to Win a Share of $25,000

Free shipping on eligible orders over $149*

Hose Reducers & Connectors

(36 products)
View as

Adapt and Extend Your Dust System with Hose Reducers & Connectors

Hose reducers and connectors are critical components for building flexible and effective dust extraction systems. Whether you're joining two lengths of hose, transitioning between different diameters, or connecting a machine with a non-standard port, these fittings ensure airtight joins that preserve suction and prevent leaks. By using the correct connector, you maintain airflow efficiency and improve overall dust collection performance.

Reducers are designed to step up or step down hose diameters, such as from 4in to 2in, allowing seamless compatibility between machines and your main ducting. Connectors, on the other hand, are used to join hoses of the same size or to link hoses to fixed fittings. Many are made from durable, rigid plastic or rubber, and come in straight, angled, or even flexible versions to suit different routing needs and space constraints.

These fittings are particularly useful in custom workshop setups, mobile systems, or when incorporating blast gates, splitters, or floor sweep inlets. With the right combination of reducers and connectors, you can adapt your dust system to virtually any machine or space. The result is better suction, fewer leaks, and less time spent dealing with mismatched hoses or temporary fixes.

To ensure a proper fit, always measure the internal and external diameters of your hoses and ports. Many products include sizing guides or step rings that offer multiple size options in one piece. Clamps or screw-on fittings are recommended for securing connections, especially in high-pressure or high-dust environments. Whether upgrading or expanding, hose reducers and connectors are essential for a clean, efficient, and adaptable dust extraction layout.

FAQs

What is the difference between a reducer and a connector?

A reducer connects hoses or fittings of different diameters, while a connector joins hoses or components of the same size. Both are essential for building and modifying dust extraction systems.

How do I know what size reducer or connector I need?

Measure the internal diameter of your hose and the external diameter of the tool or port you're connecting to. Most products are labelled with these dimensions to help match components accurately.

Can I use a connector to extend my dust hose?

Yes, straight connectors are commonly used to join two lengths of hose. Secure with clamps to ensure an airtight seal and prevent the hoses from pulling apart under suction.

Are reducers available in multiple sizes?

Yes, reducers are available in many size combinations. Some are also "stepped" with multiple diameters in one piece, allowing you to trim or select the right step for your system.

What material are these fittings made from?

Most connectors and reducers are made from rigid ABS or PVC plastic, though some flexible or rubberised options exist for tighter bends or mobile applications. All are designed for durability and airflow efficiency.

Can I use these with rigid ducting?

Yes, many reducers and connectors are compatible with both flexible hose and rigid ducting. Adaptor collars or couplers can help transition between materials while keeping the connection secure.

How do I secure a reducer or connector in place?

Use hose clamps or quick-release fittings, depending on the type of connection and the level of suction. Airtight seals are important to maintain system performance and safety.

Are there angled or flexible connectors available?

Yes, angled and flexible connectors help in tight or awkward spaces where straight fittings won’t work. These are great for benchtop machines or behind stationary tools where clearance is limited.

Will using too many connectors reduce suction?

Excess fittings can introduce turbulence and minor friction losses, but with proper sealing and layout planning, this is minimal. Use the shortest, straightest runs possible for best airflow performance.