Concrete dowel M14 x 55 mm (20 pcs.) galvanised for core drill rig KBS-200M

Drive-in anchor suitable for the KBS-200M core drill rig

19,15 €

Price plus VAT.Price incl. VAT. plus shipping

Brutto: 22,79 € Netto: 19,15 €

Delivery time: 1 - 3 Days

Manufacturer:

KERNLOCHBOHRER

Item no.:

1914

Product type

Concrete dowels

Mounting type

Metric thread M14

Scope of application

Concrete/reinforced concrete

Material

galvanised

Height

55 mm

Suitable for

Core drill rig KBS-200M

Description
Reviews

Concrete dowel M14 x 55 mm (20 pcs.) galvanised for core drill rig KBS-200M

The M14 x 55 mm concrete dowel is used to secure the core drill rig using an M14 threaded rod. This dowel is made of robust and durable material and is generally used to securely and stably fasten the core drill rig to concrete floors or walls.

The dowel has a size of M14 x 55 mm and is galvanised to protect against corrosion and extend its service life. The galvanisation is a type of galvanic coating that is applied to the surface and forms a barrier against moisture and chemicals.

The dowel is easy to install and can be fitted using simple tools such as a hammer and a setting tool or assembly punch.

Concrete dowel for core drill rig

Concrete dowels for core drill rigs are important fasteners used in the construction industry to securely and safely fasten core drill rigs to concrete and masonry surfaces. These anchors are usually made of robust and resistant material such as steel or stainless steel and can be available in different sizes and lengths depending on the requirements of the project.

The use of concrete dowels for core drill rigs is an important safety aspect when carrying out drilling work. Improper or unstable fixing of the drill rig can lead to serious accidents. It is therefore important to use high-quality dowels that ensure the stand is securely fastened.

An important factor when selecting concrete dowels for core drill rigs is the type of substrate. Concrete and masonry require different anchors and fixing methods. It is important to consider the specific requirements of the substrate and application in order to make the right choice.

The installation of concrete anchors for core drill rigs usually requires specialised tools and skills. It is important to plan and measure carefully to ensure that the anchors are positioned correctly and provide a stable and secure fixing. If necessary, professional help should be sought to ensure correct installation.

Advantage of galvanised concrete anchors

Galvanised concrete anchors offer several advantages over non-galvanised anchors. One main advantage is that they offer greater corrosion resistance as they are coated with a layer of zinc. This makes them ideal for use in damp environments, such as near water or outdoors, where moisture and rain can damage the material.

Another advantage of galvanised concrete plugs is that they have a longer service life. The zinc coating protects the anchor from rust and corrosion, which helps it to last longer and maintain its performance over a longer period of time.

Galvanised concrete anchors are also more resistant to chemical attack. The zinc coating provides an additional layer of protection against aggressive chemicals and reduces the risk of damage from chemical exposure.

Concrete anchor M14

M14 is another thread size that is common in concrete anchors. Here too, the "M" stands for metric and the "14" indicates the diameter of the thread in millimetres. An M14 concrete plug therefore has a thread with a diameter of 14 mm.

Concrete anchors with an M14 thread are often used in applications where a higher load-bearing capacity is required than with smaller thread sizes. They are particularly suitable for heavy loads that need to be fixed to concrete and masonry surfaces, such as machinery or equipment in industry or construction.

The load-bearing capacity of a concrete anchor does not depend solely on the thread size, but also on other factors such as material quality, anchor size and proper installation. It is therefore very important to consider the specific requirements of each application in order to select the appropriate concrete anchor with the right thread size and load-bearing capacity.