This section includes (wire) rope, wire, and rods from Fassadengrün. Here you will find the respective product sheets. FassadenGrün recommends and sells stainless steel wire rope in different diameters, fitting for the respective greening project. Rods are also in stock; information on single-strand wire completes this section.
During the Baroque period, trellis fruit was still growing on copper wires. Stranded stainless steel wire ("wire-cable") is used today, primarily because it is still flexible even at a greater diameter. There do exist gigantic fastening systems with 16 mm cables, but FassadenGrün concentrates on stainless steel cables in the strengths of 2, 3 and 4 mms. Steel wires can work securely in a facade greening and guide the plant into the centre or wherever you’d like them. They provide surprising effects with their sleak, delicate lines; climbing plants like to hold on tightly to the corrugated surface. Wire cables are unbeatably flexible because, unlike prefabricated lattice, they adapt, and for every situation you can find an arrangement! Attachments do not occur at predefined grid points, but can be adapted with wall brackets to the circumstances needed. Wire cables are also a clean solution. Pollution, algae and moss are no significant problem here.
Thin steel ropes with approx. 2 mm in diameter are suitable for slow growing plants like clematis hybrids and annuals. They are used in easy kits "mini" and in light kits. 3 mm ropes are in the medium kits and cover almost all applicable cases. The cable will still let itself be tightened very well and bent by hand/pushed when attaching grips and the like. Ropes of 4 mm are, therefore, used with very strong growing plants like wisteria and are only used with exceptionally high loads. They are not so easy to work with and need higher biases for a streamlined appearance with the heavier cable. At FassadenGrün the 4 mm ropes are included in the heavy and massive kits.
For users who put their wire rope system together themselves, FassadenGrün offers growing poles of 4 or 5 mm made of a strong stainless steel. They have (as opposed to ropes) a certain rigidity and can supplement the installation of rope systems; for example, to compress them. By such a reduction in the 'mesh size,' some plants such as clematis can climb better.
In addition to wire rope, FassadenGrün also sells high-grade steel single-strand wire DR 01220 with 1.2 mms of strength. Why? Although today wire rope is preferable to single strand wire in most cases, using wire can be sensible and cost effective in inferior locations, e.g., with the spanning of small wall fields where the wire ends directly in staples, eyelets, etc... Cable clamps would then be omitted.
Aren't simple, inexpensive galvanized cables and wall supports just as suitable as high-grade stainless steel? Yes, indeed, when one is content with cheap, short-lived gratification. With such small parts, usually a thin-layer galvanic zinc coating is used (rather than a thick-layer galvanizing). Used in the context of 'greening,' electrolytic corrosion along with slow drying and organic secretions become inevitable. Soon, the zinc coating is dissolved and rust streaks form.
We sometimes hear that stainless steel wire is 'cold' and leads to damage in climbing plants. For the millions of vines that easily survive winter after winter on the metal wires, no problem has been found. At minus 10 degrees, plant and metal are the same temperature, because the plant has no intrinsic heat. It protects its stored cell juices with sugar, before icing and freezing can happen. A "heating up" isn't possible in summer either because the glistening steel cables reflect the light and heat.