Mercury Floor Machines ACE Backpack Vacuum Replacement Bags – 10 Qt, Pack of 10 (10-0006)

Mercury 10-0006: Replacement Bags for ACE 10-Quart Backpack Vacuum, Pack of 10

The 10-0006 replacement bags are disposable heavy-duty paper bags sized for Mercury ACE (model 88-8888) and Sandia 10-quart backpack vacuums. Each pack contains 10 bags. The bags are the inner filtration layer in the ACE vacuum's dual-layer system — the disposable paper bag sits inside the washable cloth shakeout bag and captures fine dust and particles the cloth layer cannot contain.

10-0006 Specifications and Compatibility

• Part number: 10-0006
• Capacity: 10 quarts — matches the Mercury ACE 88-8888 and Sandia 10-qt backpack vacuum tank volume
• Quantity: 10 bags per pack
• Material: Heavy-duty paper — captures fine dust while allowing airflow through the bag wall
• Compatibility: Mercury ACE 10-quart backpack vacuums; Sandia 10-quart backpack vacuums with the same bag format
• Use: Disposable — remove and discard when full; do not shake out or reuse

When to Replace the Inner Paper Bag in the ACE Dual-Layer System

The ACE 88-8888 uses a two-stage filtration system: the outer washable cloth shakeout bag is the coarse containment layer; the inner disposable paper bag captures fine particles. The paper bag should be replaced when it is visibly full (approximately 80% of the bag volume is occupied by debris) or when suction noticeably decreases despite the outer cloth bag appearing partially empty. Suction decrease with a partially-filled paper bag indicates that the paper bag's filtration media has become partially clogged by fine dust that has loaded the pores in the bag wall — the bag appears empty but airflow through the bag is restricted. On commercial routes with heavy fine-dust environments (post-construction cleanup, high-traffic carpet, or hard-floor grinding areas), bags may require replacement every 1–2 shifts. In standard commercial office or school environments, bags typically last 3–5 shifts before suction decline indicates replacement. Never operate the vacuum without the paper bag installed — without it, fine dust passes through the cloth bag and deposits on the motor's interior components.

Dual-Layer Filtration Efficiency and Bag Interaction

The 10-0006 paper bag performs differently depending on the condition of the outer cloth shakeout bag. If the cloth bag is shaken out regularly (after each use), coarse debris is removed from the cloth layer before it can compact and reduce airflow through the bag assembly. This extends the service life of the inner paper bag because the paper bag receives primarily fine particles rather than a mix of fine and coarse debris. If the cloth bag is not shaken between uses, compacted coarse debris builds up in the cloth layer and restricts total airflow, making the paper bag appear to fill faster than it actually does — the suction decrease is from the cloth layer restriction, not the paper bag. Maintain the cloth bag by shaking it empty after each shift to get maximum service life from each 10-0006 paper bag replacement.