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VDI zertifizierte Ladungssicherung

Materials, Abbreviations & Terminology


%                         percent


±                          plus minus | from X to X microns


Micrometer       (1μm = 0,001mm | mm)


Conditions         Terms of Service


B                          width


B1                        B1 -> see fire protection class B1


daN                     Dekanewton (1 daN = 10 N | Newton) | 80 daN correspond to 81.55 kg, so approx. 80 kg | Breaking load | MBL


g / m²                  Grams per square meter


H                          Height


Kly                       Kilolengley | The intensity of UV radiation is measured in Kilolengley (kLy), ie in units that express how much energy of UV  


                             radiation falls to one mm³ per year.


km / h                 kilometers per hour


kN                        Kilonewton (1 kN = 1,000 N | Newton) | 1 kN corresponds approximately to the weight, which acts on a mass of 100 kg. |                                                Breaking force | tear strength


KS                        cord strength


L                           length


l / s / m                Air permeability


LC                        Load capacity


running M.        running meter


Ltr.                      liter


lw                        left | eg with warning marking


m                         meter


sqm                     square meters


                       cubic meter


mH2O                 Meter water column | Water tightness


mm³                    cubic millimeter


MW                     mesh size


Ø                         diameter


Ro.                      role


rw                       right | eg with warning marking


s                           Strength


SF                        Safe Factor | Safety factor | eg at Big Bag


SWL                     Safe Working Load | secure workload | eg at Big Bag


VE                        Packaging Unit


Ws                       Wall thickness




Material and fabric



Metal aluminum



Ethylene-propylene-diene rubber | Elastomer | Synthetic rubber | This dimensionally stable plastic has a high elasticity, a good chemical and high thermal resistance and high weather and ozone resistance; i.e. excellent resistance to heat, water and water vapor, alkali, mild acid or oxygenated solvents, ozone and sunlight. EPDM components are not recommended for use in contact with gasoline, mineral oil and lubricants as well as hydrocarbon environments. Note: Under load, EPDM products can always be elastically deformed. When exposed to heat, ethylene-propylene-diene rubber does not deform. The material does not melt either. EPDM does not melt, does not weld and is not soluble. The continuous load temperature is between -30 ° C and +120 ° C.

Plastic polyethylene | Thermoplastic | high density | The hard polyethylene PE-HD has a high density and is very durable due to its high resistance to salt solutions, alkalis and acids and not naturally degradable. It has to be recycled. HD-PE floats in water.



Jute is a pure natural material and is obtained from fibers (natural fibers, vegetable fibers, bast fibers, jute fibers). Jute belongs to the "renewable raw materials" and is completely biodegradable. It rotted very good and fast, is very tear-resistant, can be easily and simply dyed and has a high water absorption capacity. It is 47% water absorbent. Density: 1440 kg / m³ Tensile strength: 430 to 500 N / mm²



Our rubber ropes are made of 100% natural rubber or rubber elasticum (obtained from tree bark). The material is extracted from the milky liquid (latex, latex) of the rubber plants. The large number of rubber threads is bundled by means of a textile sheathing, which usually consists of plastic fibers, and so to different thickness rubber cords.



Plastic polyethylene | Thermoplastic | low density | The tough and ductile soft polyethylene PE-LD has a low density. It is like PE-HD also durable and not naturally biodegradable. It has to be recycled. LD-PE floats in water.



Plastic polyamide | Nylon | Polyamides have a smooth surface, are highly abrasion resistant, have high tensile strength, toughness, rigidity and are unbreakable. They have good chemical resistance. So they are e.g. Resistant to lubricants and fuels at temperatures above 150 ° C. The synthetically produced polyamides (PA) are thermoplastics. PA does not float in water.



Plastic polyethylene | Thermoplastic | Polyolefins | Very stable to chemicals: salt solutions, alkalis, many oils, fats, acids, bases and most inorganic acids do not attack the material, even nail polish remover is sold in polyethene bottles. Furthermore, it has good electrical insulation properties, high toughness, elongation at break and gas permeability, very low water absorption. PE floats in water. The continuous operating temperature is between 80 ° C and 85 ° C, for a short time up to 120 ° C.



Plastic polyester | Hardly stretchy and therefore very resistant to deformation, wrinkle-free, tear-resistant, it also absorbs very little water.



Plastic polypropylene | Thermoplastic | PP has a higher hardness and stiffness than PE-HD and is also more heat resistant. It is dimensionally stable up to over 100 ° C, ie it is characterized by a high friction and heat resistance even at temperatures above 100 ° C and also has excellent tensile strength, temperature resistance, surface hardness, long-term stress and a good elastic recovery. In addition, the material is resistant to numerous solvents and chemicals. Polypropylene is completely recyclable several times and at the end it can be incinerated without residues to form water and CO2. Polypropylene does not contain any further additives, e.g. Plasticizers. Polypropylene does not attack other compounds, even after years. Polypropylene barely charges up static. Benefits: 100% recyclable, reusable, long-lasting or long-lasting, reliable, ultimate protection for the food and beverage industry, environmentally friendly. Note: Use at low temperatures is not recommended as it will be relatively brittle comparatively quickly.



Plastic polyvinyl chloride | Thermoplastic | High durability and durability. By adding different substances, PVC can also be varied in its elasticity. Thus, the addition of plasticizers (eg phthalates) results in supple and flexible soft PVC.



Natural material obtained from fibers (natural fibers, vegetable fibers, cotton fibers). Consists of 100% pure cotton. Cotton is one of the "renewable resources" and is completely biodegradable. Canvas is a dense and strong woven fabric of strong yarn.