DL Wholesale Noise Reduction Clamp - 6 in - Neoprene Lined - 2.5 in Wide

Quieter Duct Connections With a Neoprene-Lined Seal - 6 in Clamp

Loose duct joints leak air and pass fan vibration into the ducting, which adds noise to a grow space. This clamp has a neoprene lining on its inner surface that helps create a tight seal and dampens vibration where ducting meets equipment. The wide band spreads clamping pressure around the joint.

Sold individually, this 6 in clamp suits hobbyists fitting out a single fan or filter run, and growers who need to add clamps to an existing ventilation setup. Buy one per connection, or several for a longer duct run.

Key Features & Benefits

• Neoprene lining — sits between the clamp and the duct to help seal the joint and reduce vibration.
• 2.5 in wide band — covers more of the duct surface than a narrow strap.
• 6 in size — matches 6 in ducting connections.
• Multi-equipment use — works with fans, carbon filters, and ducting.

Who Should Use DL Wholesale Noise Reduction Clamp

Anyone running ventilation for indoor cultivation who wants quieter, tighter duct connections, from small home setups to larger rooms with several fans and filters.

About DL Wholesale Noise Reduction Clamp

DL Wholesale makes this Noise Reduction Clamp for 6 in ventilation connections. It has a neoprene-lined inner surface and a 2.5 in wide band, and is sold as a single clamp.

Frequently Asked Questions

Q: What does the neoprene lining do?
A: The neoprene sits against the duct and helps seal the connection. It also absorbs some vibration passing between the equipment and ducting.

Q: What can I connect with this clamp?
A: It is intended for use with fans, carbon filters, and ducting. Check that your equipment connection is 6 in before ordering.

Q: Is one clamp enough?
A: You need one clamp for each duct connection. A fan with a filter on one side and ducting on the other needs two.

Q: How is it sold?
A: Each listing is for a single clamp.

Q: Does a clamp make a fan silent?
A: No. It helps limit vibration and air leaks at the joint, but fan noise itself depends on the fan and the rest of the system.