• Cover depth 15-35 mm
• Rebar thickness max 16 mm
• Support width 30 mm
• Leg thickness 7 mm
• Material PE
• Packaging sizes: 100 pcs/bag and 1000 pcs/sack
• See the comparison table for the full selection.

• Cover depth 15-50 mm
• Rebar thickness max 16 mm
• Support width 30 mm
• Leg thickness 7 mm
• Material PE
• Packaging sizes: 100 pcs/bag and 1000 pcs/sack
• See the comparison table for the full selection.

• Cover depth 25-50 mm
• Rebar thickness max 25 mm
• Support width 38 mm
• Leg thickness 10 ml
• Material PE
• Packaging size: 500 pcs/sack
• See the comparison table for the full selection.

• Cover depth 18-45 mm
• Rebar thickness max 25 mm
• Support width 40 mm
• Leg thickness 10.5 mm
• Material PE
• Packaging sizes: 100 pcs/bag and 500-700 pcs/sack
• See the comparison table for the full selection.

• Cover depth 25-50 mm
• Rebar thickness max 23 mm
• Support width 40 mm
• Leg thickness 7 mm
• Material PE
• Packaging sizes: 100 pcs/bag and 500 pcs/sack
• See the comparison table for the full selection.

• Cover depth 27-70 mm
• Rebar thickness max 32 mm
• Support width 51 mm
• Leg thickness 10.5 mm
• Material PE
• Packaging sizes: 300-450 pcs/sack
• See the comparison table for the full selection.

• Cover depth 25-70 mm
• The rings detach from each other. Can be used individually or in pairs.
• 6 rings per piece
• Material PE
• Packaging sizes: 24-48 pcs/sack, depending on height.
• 24 sacks per pallet.
• Standard color gray, other colors by order.
• See the comparison table for the full selection.

Polyethylene (PE) is the most widely used plastic type in the world. Polyethylenes are divided into two main groups based on density: low-density polymers (LDPE) and high-density polymers (HDPE). The common properties of all PE grades are:

Lightweight (density for all grades is less than 1 g/cm³, meaning they all float in water)

• Good chemical resistance
• Wide operating temperature range from -45 °C to +75 °C
• Toughness
• Easily machinable and weldable
• Wear-resistant, slippery surface
• Good electrical insulation
• Economical
• The properties of PE can be modified, for example, by UV stabilization.

Recycled raw material is also used for Inora's rebar supports.

A rebar support has a significant impact on the lifespan of a concrete structure. Pay attention to a sufficiently thick layer of concrete protecting the rebars, as this improves the protective capacity of the concrete and prevents the onset of active corrosion.

To ensure a durable result, also consider the cover depth, which is the height of the support, and always use the recommended number of rebar supports (4-6 pcs/m²). The durability of the structure is also affected by the quality of the concrete, especially the water-cement ratio.

The rebars are supported in the formwork with rebar supports and are tied to each other if necessary. A strong bond ensures that the requirements after casting are met. Note that during casting, the reinforcement has a tendency to sink downwards, which is why the rebars should be installed slightly higher than the required cover depth.

Using pointed-legged arch supports in wall casting

When casting a wall, rebar supports are attached to the formwork surface. When using a pointed-legged support, the legs of the support do not remain visible after casting. The rebar is securely snapped into the support, and the attachment is secured with wire.

Feel free to ask our sales staff for more information about the supports.