Stepoc®

Stepoc is a system of highly-engineered and dimensionally
co-ordinated building modules which are designed to readily accept
both vertical and horizontal reinforcement for use where structural
performance is the prime consideration.
Stepoc combines the ease of blockwork with the versatility of
in-situ concrete, and yet is faster to apply than both, making it
an ideal component in fast-track construction for:
- Retaining walls
- Basement walls
- Sheer walls
- Laterally-loaded panels
- Blast panels

The system is available in widths of:
- 190mm
- 256mm
There is also the option of the 325 Basement Block.
The blocks are laid in a running bond, which
automatically creates the correct pattern to produce the
'waterfall' effect. Corners, T-junctions and cross junctions are
created using a combination of units and specific data sheets are
available to illustrate these (see document tab
below).
All sales enquiries for Stepoc should be directed to our Customer
Service office in Buxton on 01298 23333
Composition and Manufacture:
Forticrete
Stepoc blocks are manufactured to fine tolerances using aggregates
which satisfy BS EN 12620:2002 and cement to BS EN 197-1:2000. They
are manufactured at a plant which is registered under the BSI
Registered Firms Scheme BS EN ISO 9001:2000
Dimensions:
Forticrete Stepoc blocks are
available in three standard sizes:
400 x 190 x 225mm
400 x 256 x 225mm
Weight:
Stepoc average weights per block are as follows:
400 x 190 x 225mm: 16.5kg
400 x 256 x 225mm: 19.85kg
Characteristic Compressive Strength (fk):
190mm - 14.0 N/mm˛
256mm - 18.0 N/mm˛
Manufacturing Tolerances (mm):
Height: +2,
-2
Length: +2, -2
Width: +2, -2
Fire Resistance:
Minimum fire resistance: 2 hours. For specific applications refer
to BS 8110 Part 1 1997.
Agrément Approval:
The British Board of
Agrément has approved Stepoc for use as set out in Agrément
Certificate No. 98/3450.
Resistance to Frost Damage:
The Stepoc system
is resistant to the freeze-thaw conditions that are likely to occur
below a damp proof course.
Resistance to Sulphate Attack:
Stepoc has adequate resistance to Class DS-3 sulphate ground
conditions.

Step by step Construction Sequence
- The concrete foundation needs to be level.
- Vertical reinforcing bars are cast into the foundation at specific spacings.
- The first course is bedded on mortar.
- The horizontal reinforcing bars are tied to the vertical bars using tie wire.
- The blocks are stacked dry to the height of the first pour.
- The vertical faces should be checked on alternative courses for plumb.
- Concrete is preferably pumped into the blocks, using a minimum
C35/28 concrete with a minimum slump of 150mm and a maximum
aggregate size of 10mm
Alternative methods to pumping may be used, provided that the fresh concrete can flow in a similar manner to pumped concrete and that the method of transportation and placing does not incur an additional risk to the stability of the wall. Mechanical vibration is unnecessary, and should not be used.
For further details please contact the Forticrete Technical department on 0800 262136 (option 2)

Details of recent projects completed using Stepoc:
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|
Stepoc BBA Certificate (239 KB) | Click here to download |
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|
Stepoc System - Jun 2007 (561 KB) | Click here to download |
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Stepoc 190 End Detail (215 KB) | Click here to download |
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Stepoc 190 Corner Detail (222 KB) | Click here to download |
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Stepoc 190 Rebar Spacing (181 KB) | Click here to download |
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Stepoc 256 End Detail (173 KB) | Click here to download |
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Stepoc 256 Corner Detail (244 KB) | Click here to download |
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Stepoc 256 Rebar Spacing (162 KB) | Click here to download |
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Stepoc Movement Joint Construction (280 KB) | Click here to download |
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