
20% discount on selected levelling plates
Our Outrigger Pads are ideal as load-distributing pads for leveling, height compensation and for supporting containers, scaffolding, stages, machines and more.
Our Outrigger Pads are ideal as load-distributing pads for leveling, height compensation and for supporting containers, scaffolding, stages, machines and more.
Contains: 1 portions
Art.Nr: KRB-1000-200-100-STD
crane beam Support beams are often used as an extremely durable, robust alternative for load-distributing and stable support of cranes. Therefore, support beams are also often referred to as support planks, support beams, Outrigger Pads, or support blocks. However, as the name suggests, our support beams are generally suitable for the permanent or temporary support of all types of cranes.
In addition, they are suitable for support on hard surfaces such as concrete, asphalt, pavement or other hard, sensitive or solid surfaces. secure support, the recording and the Distributing loads, also the protection of the soil or the subsurface in focus.
Thanks to the integrated carrying straps, the support beam is particularly easy to carry and position. This effectively reduces setup times and facilitates transport and storage.
Are you still using wooden beams, scaffolding planks, or formwork boards for support? Then you're familiar with all the disadvantages of wood. Compared to plastic, wood is less weather-resistant, less durable, and can splinter, break, crack, rot, and decay. For example, a wooden crane beam or support plank must be repeatedly replaced, replaced, and repurchased. Securatek support beams and crane beams, on the other hand, are made of HDPE plastic. This plastic consists of a high-density, high-molecular-weight polyethylene. The main features of this product are: longevity, rigidity, resistance to environmental influences and chemicals, mechanical strength, Abrasion resistance, low moisture absorption and weldability.
Besides the usual ones standard sizes Our crane beams can also be used as customer-specific special dimensions Made from high-quality HDPE plastic with dimensions of 2000 × 2000 mm and a maximum thickness of up to 140 mm. All of our plastic sheets can be optionally manufactured with an anti-slip rubber coating or as a stackable version using modular milling. Of course, we can also incorporate your name, logo, or even a colored stripe into your levelling plate, Outrigger Pad, Crane Pad, or plastic sheet. Talk to us; almost anything is possible!
The load-bearing capacity of support beams depends on factors such as soil class, soil conditions, load-bearing capacity of the subsurface, contact area of the product with the subsurface, area, and dynamics of force application. Technical specifications are provided without guarantee; changes and errors excepted. Images and graphics may be presented differently or similarly.
| Length, per piece (mm) | 1000 |
|---|---|
| Width, per piece (mm) | 200 |
| Height, per piece (mm) | 100 |
| Area per piece (m²) | 0,20m² |
| Core thickness / wall thickness (mm) | 100 mm |
| Weight per piece (kg) | 19,00 |
| Load capacity¹ – subsurface paved & dry (≤t/pc)** | |
| Carrying handles (type) | Loop(s), carrying rope |
| Color | black / anthracite |
| materials (1) | HDPE plastic |
|---|---|
| Temperature range (°C) | -100 / +80 |
| Melting temperature, approx. (°C) | 135 |
| Saturation amount of water (%) | 0,01 |
| UV-stabilized | Yes (UV-stabilized) |
| Electrical resistance (kV/mm) | 45kV/mm |
| Chemically inactive | Ja |
| Shore hardness | 62 (D-15s) |
| Flexural strength (MPa) | 27 MPa |
| Elongation at break, nominal (%) | > 50 |
| Tensile elasticity, max (%) | 10 |
| Parcel shipping possible | Ja |
|---|---|
| stackable | Ja |
Technical information and data are subject to change without notice. Errors and omissions excepted. Temperature-dependent dimensional variations of up to 3% in each direction are common for plastic products. ** Information regarding load-bearing capacity, support pressure, and protective effect are guidelines that depend on factors such as temperature, soil class, soil composition, soil bearing capacity, contact surfaces, dynamics, and the direction of force application. Therefore, an assessment of the soil or subsoil by the customer or a soil analysis by a specialist or geotechnical expert regarding the load-bearing capacity of the soil or subsoil is strongly recommended before each use.
ⓘ Most commonly used in the following industries:










Crane beam standard
| 5 star | 0% | |
| 4 star | 0% | |
| 3 star | 0% | |
| 2 star | 0% | |
| 1 star | 0% |
