Drill concrete, brick and stone for wall plugs and anchors using a hammer drill.

Brass plug Fischer MS
Key features
- MaterialBrass
What it is
Brass plug Fischer MS. Key specifications: material Brass.
Heavy-duty fixings are steel or reinforced nylon anchors that carry high loads in concrete and solid masonry.
What it is for
Used for mechanical fixing of structures and components to walls, ceilings and floors.
How to use it
Drill with a bit of the specified diameter to the required depth, then clean the hole with a brush and blow-out pump. Insert the anchor through the part to be fixed, hammering it in if necessary, and tighten the nut with a torque wrench to the torque specified by the manufacturer. Observe the minimum edge distances and spacings stated in the technical data sheet.
Where it is used
- Residential construction
Technical data
- Material: Brass
Who it is for
Designed for formwork carpenters and electricians.
Related products
- Brass plug Fischer PO
- GM plug with hex screw, class 8.8, Fischer
- Concrete drill bit SDS Plus II Pointer V Fischer — from the category Drill Bits for Granite, Masonry and Concrete
- Rotary hammer M18 ONEFHXDEL Milwaukee — from the category Rotary Hammers
- Combination spanner 8 mm MAX BITE Milwaukee 4932471516 — from the category Combination Spanners
- Browse the whole category: Heavy-Duty Anchors
Before you order
Tell us the quantities you need and the intended use: if there is a more suitable version, or an equivalent available sooner, we will let you know.
For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.
Specifications 1
| Material | Brass |
|---|
The perfect setup for this job
Everything you need in one place, from functionality to safety.
For the job
Join metal parts, with a nut or in a tapped hole, so they can be taken apart.
Make tie rods, hangers and chemical anchor fixings together with nuts, washers and connectors.
Drill concrete, masonry and stone by combining rotation and hammer action.




