linea 7021 Hendricks Gin Palace Girvan Scotland

Facing brickslinea7 7021

Technical data sheets

Color description: The bricks are through-coloured and the colour is anthracite brown.
Manufacturing dimensions (L x W x H): ca. 240x73x38 mm (LxWxH)
Quantity / m² with a traditional joint: 80 (12 mm)
Number / m² with a thin joint: 93 (6 mm)
size 2: ca. 240x115x38 mm (LxWxH) - on demand for projects > 2000m²

linea7 7021

Anthracite slim brick

This dark, evenly sanded, thin moulded brick carries our ecological ECO-7-size label and it is also part of our Kaliber series. Besides having an elegant appearance, this slender variant from our linea series also leaves more room for insulation or living space. Just like all the bricks from our linea series, it is ideal for accentuating clean lines.

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Technical data sheets

case studie linea7 7021

Budget-friendly housing with a strong element of decorative brickwork

3 formats of brick contribute towards this characteristic, raised façade

For the design of this building, which is situated in a rural area, the architects had to contend with a tight budget. In order to reduce construction costs, they proposed limiting the surface area of the project and also keeping the level of intervention by subcontractors to a minimum.

Dark coloured facing brick Linea 7021 strongly relates to the brand of the legendary Hendrick's Gin

The extraordinary remake of the Hendrick’s Gin Palace in Scotland

The famous Hendrick’s Gin Distillery is located on the South-West Coast of Scotland. Michael Laird Architects along with the Design Team were commissioned to design a purpose-built distillery for Hendrick’s Gin of William Grant & Sons.

Dark facing bricks as a basis for compact yet spacious Toronto home

Mix of two diverse looks make one

The Westminster Residence, located in Toronto’s High Park neighbourhood, reinvents he traditional Edwardian gable home. The exterior showcases a composition of three dark monolithic figures: a low dark brick clad volume, a heavy triangular stone clad roof and tall rectilinear dormers.

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Reference list linea7 7021

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Postal code	City	Street	Bond	Joint	Window
9300	Aalst	Sinte Annalaan 33	Random bond	6 mm
2630	Aartselaar	kapellestraat 195	Random bond	6 mm	White
5721 WB	Asten	Slotweg 3	Random bond with strike-through joint	8 mm
3581	Beringen	Hekstraat 111	Random bond	6 mm
9120	Beveren-Waas	Eedverbondlaan lot 10 - 11	Random bond	6 mm
5427 ED	Boekel	Den Haak 1	Random bond	10 mm
2880	Bornem	Luipegemstraat	Random bond	6 mm
9800	Deinze	Steenweg 92	Random bond	6 mm
8792	Desselgem	Pitantiestraat 100	Random bond with strike-through joint	12 mm
3590	Diepenbeek	Vlierstraat 34	Random bond	12 mm

Postal code	City	Street	Bond	Joint	Window
9300	Aalst	Sinte Annalaan 33	Random bond	6 mm
2630	Aartselaar	kapellestraat 195	Random bond	6 mm	White
5721 WB	Asten	Slotweg 3	Random bond with strike-through joint	8 mm
3581	Beringen	Hekstraat 111	Random bond	6 mm
9120	Beveren-Waas	Eedverbondlaan lot 10 - 11	Random bond	6 mm
5427 ED	Boekel	Den Haak 1	Random bond	10 mm
2880	Bornem	Luipegemstraat	Random bond	6 mm
9800	Deinze	Steenweg 92	Random bond	6 mm
8792	Desselgem	Pitantiestraat 100	Random bond with strike-through joint	12 mm
3590	Diepenbeek	Vlierstraat 34	Random bond	12 mm
5104 JC	Dongen	Hoge Ham 83	Random bond	12 mm
7514 AM	Enschede	t.h.v. Raiffeisenstraat 13 is de achterkant (voorgevel aan nieuwe naamloze straat)
7468 DC	Enter	Vonderweg 27	Random bond	6 mm
9940	Ertvelde	Kuipstraat 61	Random bond	6 mm
9940	Evergem	Kerkbruggestraat 19 C	Random bond	6 mm
5380	Forville	Rue Pekali 18	Random bond
7503	Froyennes	Residence des mottes 22	Random bond
KA26 9PT	Girvan	Girvan Distillery, Grangestone Industrial Estate,	Stretcher bond	12 mm
9450	Haaltert	Driehoek kruising 45	Stretcher bond	6 mm
1500	Halle	Groenstraat 132	Random bond	6 mm
3945	Ham	Berkenweg 20	Random bond	6 mm
3945	Ham	Processieweg 40	Random bond	6 mm
3940	Hechtel	Gerststraat 25	Random bond	6 mm
3550	Heusden Zolder	Veldstraat 51	Random bond	6 mm
3530	Houthalen	Rafinusstraat 73a	Random bond	6 mm
9750	Huise	Frans August Gevaertstraat 12	Random bond	6 mm
8490	Jabbeke	Stationsstraat 35	Random bond	6 mm
8670	Koksijde	hoek Koninginnelaan en Sloepenlaan	Stacking bond	6 mm
3511	Kuringen	Sperwerstraat 1	Random bond	6 mm
9160	Lokeren	Rechtstraat 321A	Random bond	6 mm
3210	Lubbeek	Heide 27	Random bond	6 mm
9120	Melsele	Gerard De Paepstraat 18	Random bond	6 mm
9120	Melsele	Grote Baan 125	Random bond	6 mm
3800	Melveren-St. Truiden	Hasseltsesteenweg 79	Random bond	6 mm
9820	Merelbeke	Sint Jozefstraat 51	Random bond	6 mm
4335 SB	Middelburg	Etty Hillesumstraat 42	Random bond	12 mm
5066 CA	Moergestel	Zandstraat 14	Random bond	6 mm
9810	Nazareth	Deinzestraat 2	Random bond	6 mm
3850	Nieuwerkerken	Zwarteneindestraat 21	Random bond	6 mm
2250	Olen	Vierbeuk 12	Random bond	6 mm
9700	Oudenaarde	Tivolistraat 81c	Random bond	6 mm
2520	Ranst	Zakstraat 47	Random bond	6 mm
5640	Saint- Gerard	Grand’rue 55	Random bond	12 mm
7100	Saint-Vaast	Rue de la Chapelle Langlet 42	Random bond	6 mm
2890	Sint-Amands	Scheeveld 42 - 44	Random bond	10 mm
8554	Sint-Denijs	Drieswegel 6	Random bond	12 mm
9940	Sleidinge	Sleidinge dorp 16	Random bond	6 mm
7061	Soignies	Chemin du Comez 51	Random bond	6 mm
9140	Temse	Oostberg 160	Random bond	6 mm
1742	Ternat	Assesteenweg 240	Random bond	6 mm
1570	Tollembeek	Statiestraat 112	Random bond	6 mm
9620	Velzeke-Zottegem	Paddestraat 95	Random bond	6 mm
5804 XB	Venray	Laagheidehof 39	Random bond	12 mm
3080	Vossem	Maagdekensdelle 19	Random bond	6 mm
9950	Waarschoot	Weststraat 77	Random bond	12 mm
8790	Waregem	Karmeldreef	Random bond	6 mm
1300	Waver	Venelle aux Bouleaux 26	Random bond
5855 AD	Well	Kasteellaan 6	Random bond	12 mm
9230	Wetteren	Koningshof 16	Random bond	6 mm
9230	Wetteren	Serskampstraat 75	Random bond	6 mm
9800	Wontergem	Dentergemstraat 117	Random bond	6 mm
9240	Zele	Pieter Gorusstraat 28	Random bond	6 mm
3520	Zonhoven	Moverkensstraat 34	Random bond	6 mm
3690	Zutendaal	Merellaan 8
9052	Zwijnaarde	Heirweg Zuid 133	Random bond	6 mm
2070	Zwijndrecht	Dorp-West 137	Random bond	6 mm

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Preparation of the construction site

Quality brickwork starts with the proper storage of the materials. Provide a firm level base so that bricks are not in contact with rain and/or dirt.

As clay is a natural material, successive production runs of the same kind of bricks may present colour variations and size tolerances.

The following precautions will help minimizing this:

Always order the full amount of bricks required for a specific site. In this way, the entire order can be made during one production run.
Try to have the full order supplied at one time. If this creates several deliveries, always mix a number of packs from the previous delivery with a number of packs from the new delivery. This procedure is especially recommended in case of re-order or for an additional order.
Take bricks diagonally across the pack.
Draw and use bricks from at least five different packs.
For setting out, use bricks from the delivery made to the site in question. Do not exclusively use the theoretical dimensions of the brick, or samples previously supplied, or different production run from that intended for the site.
As soon as the bricks arrive on site, check delivery tickets and certificates against the specification and order. Also check that there are no visible inconsistencies with the order.
Do not lay bricks in freezing weather or protect the ‘fresh’ masonry with insulating mats in order to avoid frost damage to the mortar.
In the case of prolonged dry hot weather, lightly dampen the newly laid brickwork to stop the mortar drying and curing too quickly.
Do not lay bricks in precipitation in order to prevent mortar from running on the wall.

Avoid Efflorescence

Brickwork is sometimes marred by white bloom. This efflorescence is usually caused because bricklaying is done under unfavourable weather conditions. The necessary protective measures are often not implemented due to a tight schedule and fast building pace. In very wet conditions, water in soluble substances can result in efflorescence on the surface. In spring as well as autumn, after a wet period (when the brickwork has dried again), soluble substances can rise to the surface as a result of moisture transport. After evaporation of the water, a white bloom is left behind. (Source: Efflorescence on brickwork – Heidelberg Cement Group)

Efflorescence on brickwork is always likely to occur. There is no brick - or combination of a certain brick with a specific mortar - that is absolutely efflorescence-free. By taking a few simple precautions, the risk of efflorescence can be reduced.

During and after laying, protect the newly built brickwork for a height of at least 60 cm - but ensure there is airspace between the brick face and the waterproof covering.
Provisionally install rainwater down pipes to avoid saturation of the newly laid brickwork
Never lay bricks in driving rain conditions