Correcting The Headstone

Correcting The Headstone

1 of the most critical facets of installing the headstone is the fixing inside the ground. There has been substantially publicity about the hazards of slipping or unsecured headstones and the latest health and basic safety legislations have been put in put, several unsafe headstones staying laid down to avert incidents.

It is the responsibility of the mason to assess the ground disorders and decide which is the most appropriate foundation and correcting method to be applied. There are particular proposed repairing procedures which are detailed by NAMM’s code of apply, which have been examined by an independent structural engineer. Certain interest really should be paid to the hole dimension and depth stops to make certain the fixing is not compromised. The most prevalent fixing varieties which is getting proposed by NAMM and adopted by masons is the anchor repairing.

There are many repairing strategies depending on the floor situations, headstone measurement etcetera. The technique which is turning into a person of the most well-known is the floor anchor and is highly encouraged by NAMM. This is in which a floor anchor/steel bar runs from the foundation of the headstone deep into ground. With this technique if a joint breaks the headstone will not slide down quickly it will want repairing but will only slide above if forced is applied as opposed to falling on its individual. You can also bolt the headstone again a responsible approach working with resin and stainless steel dowels.

Some headstones are positioned on a concrete foundation and it is common for the headstone to be re-leveled and your mason should arrive back and do 2 visits no cost of cost for re-leveling.

Cemeteries will now do frequent checks on all the headstones in the cemetery and if a headstone requirements repairing or changing it will be down to the operator of the grave to choose responsibility.

As long as the appropriate technique is adopted then the headstone must be securely fixed and not show to be a hazard.