1. PLANTERS AND FROST

The porosity level of our planters is approximately 3%. This means that the planter hardly absorbs any moisture and is frost-resistant. It is also important that ice does not form around the plant's root ball so that it cannot put pressure on the interior walls. Good water drainage is crucial and is done as follows: DRAIN HOLES A hole is drilled in the middle of the planter. The standard size of a drain hole is 28mm. This can vary depending on the size of the vessel. Additional holes of various diameters are possible, e.g. for power cables or water supply/drainage. RUBBER FEET Round pots have three rubber feet with a diameter of 4 cm and a thickness of 1 cm; square/rectangular pots have four rubber feet (2). We also offer large square rubber feet for large pots (12x12 cm). PLANTING The container is partially filled with Argex grains, a root cloth is placed over it to separate the soil and grains and finally soil and the root ball of the plant are placed for planting (3). This method serves as an example; The exact planting always depends on various factors.

For closed models, we recommend an additional insulation layer between the wall of the vessel and the earth to reduce lateral pressure on the inside (4). With conical models, there is no pressure problem when freezing occurs due to the soil lifting sideways inside the pot.

2. INDOOR PLANTERS

Our planters are suitable for both indoor and outdoor use. Here are some recommendations and tools that can help you place your planters around the house:

WATERPROOF If you don't need water absorption, you can choose a planter without a drainage hole. These have a porosity of 3%, but with an additional polyester coating they are made 100% waterproof - perfect for indoor use.

COASTER For better water drainage, a drainage hole can be inserted into the vessel. Matching coasters catch excess water and are available in different sizes.

FLOOR PROTECTION WITH FELT FEET Soft felt feet protect your floor from scratches caused by the planters inside the house. Please let us know what the containers will be used for so that we can supply the appropriate felt feet.

POLYESTER INSERTS Various polyester inserts are available and are attached at the correct height below the rim of the vessel.

3. CARE

General
It is recommended to use a pressure washer to clean flower pot bottoms. Direct scrubbing of the planter should be avoided. The clay of the pots is colored throughout with natural oxides and fired at a temperature of around 1200°C. This means that the colors do not fade or fade when exposed to sunlight.

Green deposit remover
The products KE, KR, KD, KL, KKA, KKB, KKC and LC are treated as standard with a residue-free liquid and matt silicone B-Artisil. If desired, other products can also be treated. It is recommended to apply a green growth remover every two years - preferably with a soft brush.

4. RUBBER WHEELS

Our offer includes the option of attaching hard rubber wheels to the bottom of planters. The wheels are attached to an aluminum capsule and inserted through a drilled hole in the bottom of the vessel. Assembly is only possible on flat ground to allow customers to move their heavily loaded planters with ease.

The wheels fit into different types of planters, provided the bottom has a diameter or width of at least 35-40 cm. They raise the vessel by less than 1 cm and are therefore inconspicuous.

Prices and images can be provided upon request. Please note: There are no brakes on the wheels and on tall or narrow models special attention must be paid to stability when wheels are fitted.

TECHNICAL DATA:
• Wheel diameter: 35 mm
• Tread width: 25 mm
• Threaded stud: 10 x 20 mm
• Offset: 13.5mm
• Swivel angle: 62 mm
• Total height: 58 mm
• Temperature resistance: -20 to +60 °C
• Standard conformity to EN12530
• Weight per wheel::0.243 kg

Swivel radius: 31mm, Hardness level Shore D42,
Load capacity dynamic: 100kg, static: 200kg

5. FIXING A PLANTER TO THE GROUND

1. Drill holes in the different layers according to the fixation. To prepare for fixation, three holes are drilled in the stainless steel plate, the bottom of the planter and the substrate. The holes are aligned in a triangular composition at the same location in the three different layers.

2. Drill drainage holes and install rubber feet for good water drainage. A drainage hole is drilled centrally into both the stainless steel plate and the bottom of the planter. The planter is raised using rubber pegs to allow water to drain easily. Note on steps 1 and 2: The holes in the bottom of the planter can be made upon request and are available in different sizes.

3. Attach dowels to the floor to tighten the screw.

4. Tighten the screw securely through the bottom of the planter. The screw goes through the following layers: the stainless steel plate, the first rubber washer, the bottom of the planter, the second rubber washer and the dowel in the floor. The rubber washers act as shock absorbers to prevent direct contact between metal and clay. In addition, the stainless steel plate distributes the pressure of the three screws on the bottom of the planter.

5. The planter is stable in the ground.