Product informationThe MEISER heavy-duty grating is a press-locked grating designed for very high surface and wheel loads. It features particularly deep and/or thick bearing bars and cross bars dimensioned accordingly. Counter gear teeth formed during pressing increase transverse stability, enabling the grating to withstand surface loads greater than 50 tonnes and wheel loads up to 10 tonnes. Each panel is engineered case-by-case to suit span between supports and the intended application. Manufacture in high-grade or stainless steel is available on request.
Technical dataCommon mesh spacingBearing bar 25 → Cross bar: 50, 75, 100
Bearing bar 50 → Cross bar: 50, 75, 100
Bearing bar 75 → Cross bar: 50, 75, 100
Bearing bar 100 → Cross bar: 50, 75, 100
Standard bearing bar profilesAvailable profiles per bearing bar thickness:
80/8 — 90/8 — 100/8 — 110/8 — 120/8 — 130/8 — 140/8 — 150/8
80/10 — 90/10 — 100/10 — 110/10 — 120/10 — 130/10 — 140/10 — 150/10
100/12 — 110/12 — 120/12 — 130/12 — 140/12 — 150/12 — 160/12 — 170/12 — 180/12 — 190/12 — 200/12
Accessories / FixingsWelded-in holed fixing platesWelded-in holed plates are available and supplied according to customer specifications. Hole sizes and arrangements are defined to match site fixing conditions; fasteners are to be provided by the customer unless otherwise agreed.
References- Bridge Ilanz, Switzerland
- Car carrier vessel on the River Rhine
- Waldschlösschen Bridge, Dresden
Characteristics / technical specifications- Type: MEISER heavy-duty press-locked grating with counter gear teeth
- Bearing bars: deep and/or thick profiles to resist very high loads
- Load capacity: surface loads > 50 tonnes; wheel loads up to 10 tonnes
- Mesh spacing: combinations of bearing bars (25, 50, 75, 100) with cross bars (50, 75, 100)
- Standard bearing bar profiles: from 80/8 up to 200/12 depending on thickness
- Design: adapted case-by-case to span between supports and intended use
- Materials: steel; option for high-grade or stainless steel
- Fixings: welded-in holed fixing plates (hole size and position per customer specification)