Skip to product information
1 of 1

Bissell

Belt - Geared, Bissell 1986-2 Steam Vacuum

Belt - Geared, Bissell 1986-2 Steam Vacuum

Regular price $6.99 USD
Regular price Sale price $6.99 USD
Sale Sold out
Shipping calculated at checkout.

SKU:18-3310-09

991 in stock

Free Shipping On Orders $100+
Genuine Parts OEM Quality
Secure Checkout SSL Encrypted

Shipping Information

We offer FREE shipping on orders of $100 or more within the continental United States.

Orders typically ship out from our store within 1-5 business days, and most orders arrive 2-11 business days after they are placed. Special order items may require additional processing time.

Returns & Exchanges

We offer a 35-day return policy on all unused items in original packaging. A Return Authorization (RA#) is required.

To initiate a return, please contact our customer service team. Return shipping costs may apply for non-defective items.

Warranty Information

All products sold by Vacuums and More come with the manufacturer's warranty. Warranty terms vary by brand and product.

With 35 years of industry experience, we stand behind every product we sell. Contact us for warranty support.

View full details

Belt - Geared, Bissell 1986...

$6.99

Product details

Ordered as 18-3310-09, this geared belt drives the brush roll on the Bissell 1986-2 steam vacuum. Its teeth engage the drive gear directly, which is what holds brush speed steady while the machine is working wet carpet and the roll is under real load.

Belt trouble tends to announce itself in one of two ways. Either cleaning quietly gets worse, because the belt has stretched and the brush no longer turns fast enough to agitate the pile, or you catch a hot rubber smell partway through a room, which means the belt is slipping and burning against a pulley that keeps turning.

Replacement is straightforward and needs no special tools. Since the belt is the only thing standing between the motor and the agitation that does the actual cleaning, treating it as a scheduled service item rather than waiting for a failure keeps results consistent.