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What are the basic parts of a tuck pointer?

What are the basic parts of a tuck pointer?

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A visual guide to the tuck pointer, highlighting the blade, heel, toe, tang, ferrule and grip
The tuck pointer is structured with a raised tang so that there is enough space for the user's hand between the grip and the wall The structure of a tuck pointer is very simple. All types of tuck pointer have a long blade which is thin enough to fit into brick joints, attached via a tang and ferrule to a handle that is far enough from the base of the blade for the user to press mortar into a brick joint without their hand coming into contact with the wall.


The blade of a tuck pointer The blade of a tuck pointer has a long toe and pronounced heel, to allow it to fill the whole length of a brick joint. The blades on conventional tuck pointers also have narrow edges to allow them to slice easily through mortar.
A tuck pointing tool with a taller, narrower blade Some manufacturers produce tuck pointers with tall, thin blades that are useful for cutting and carrying larger slices of mortar.
The raised edges on a beaded tuck pointer Taller tuck pointers sometimes have grooved blades which leave a ‘bead’ of lighter-coloured mortar when they are scored over recently-laid mortar. This is useful for traditional tuck pointing.


A crimped steel ferrule Tuck pointers are usually held together by a ferrule: a circular clamp that holds the blade and tang in place through “crimping” (depressed grooves in the metal created by a crimping tool). Rubber or fibreglass tuck pointers sometimes lack a ferrule, and the handle is simply sealed around the tang, or attached via a joint that allows the handle to rotate.


Two tuck pointers with different grips - one made of rubber, the other wood The grip of the tuck pointer is simply the part held by the user while they are using the tool. It is angled away from the blade to ensure as much comfort and leverage as possible.


A cutaway diagram of a tuck pointer, showing the tang extending into the grip The blade and tang of the tuck pointer are usually forged as one piece, but may be welded together, with the tang extending up into the grip, secured by a ferrule. This structure allows the user to apply greater pressure with the tuck pointer, because the force is leveraged through the handle rather than being fixed on the point of connection between the handle and the blade

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