Skip to main content

Ulma Construction expands circular formwork offering with Biramax

Spanish company Ulma Construction said that is has developed Biramax in an effort to create adjustable formwork at once easy to assemble and profitable for the client, in terms of both use and durability. The adjustable circular formwork Biramax has only four adjustment points and the placement of compensation plates between panels is easy to accomplish. The panel frame is made of the high-quality and resistant galvanised steel and the plastic surface of the formwork panels is highly moisture resista
October 28, 2016 Read time: 2 mins
Spanish company Ulma Construction said that is has developed Biramax in an effort to create adjustable formwork at once easy to assemble and profitable for the client, in terms of both use and durability.

The adjustable circular formwork Biramax has only four adjustment points and the placement of compensation plates between panels is easy to accomplish.

The panel frame is made of the high-quality and resistant galvanised steel and the plastic surface of the formwork panels is highly moisture resistant. Ulma says that this means it’s easy to maintain and repair and the plastic-coated plywood panels offers excellent concrete finishes.

Biramax formwork has a minimum curvature radius of 2m and is resistant to high concrete pressures, up to 80kN/m2. Various platforms are available that guarantee worker safety both during assembly of the system and concrete-pouring phases.

The development of Biramax has been possible through the company’s continuous programme of research and customer feedback that has focused on safety and efficiency for the work force that translates into profitability for its clients.

Ulma said that Biramax complements its ENKOFORM VMK and ENKOFORM V-100 timber beam formwork to shape any circular wall, whether it be of varied or fixed radius, for installations such as water tanks, storage areas and tunnels.

Ulma’s global projects include the El Salto Viaduct near Santiago, Chile,  the bypass road and motorway in Port of El Salvador, Brazil, and the 34km motorway A4 and overpass E118 on the Tarnów – Dębica route in Poland.

Related Content

  • Barrier system offers containment, noise reduction
    May 24, 2012
    Italian firm Marcegaglia has developed a new range of steel road safety barriers that is said to be versatile and cost effective. The units meet containment levels N2 to H4 and can be specified for different options in terms of working width levels (W). The line-up includes a dedicated system for motorcyclist protection designed to be fitted to all existing guardrails, a new P4 energy absorbing terminal system for barriers and a renewed range of steel New Jersey barriers, with optional integrated noise prot
  • Barrier system offers containment, noise reduction
    April 5, 2012
    Italian firm Marcegaglia has developed a new range of steel road safety barriers that is said to be versatile and cost effective. The units meet containment levels N2 to H4 and can be specified for different options in terms of working width levels (W). The line-up includes a dedicated system for motorcyclist protection designed to be fitted to all existing guardrails, a new P4 energy absorbing terminal system for barriers and a renewed range of steel New Jersey barriers, with optional integrated noise prot
  • Dowel bar drilling selection poses challenges
    January 11, 2013
    Pneumatic concrete dowel drills have one purpose – to drill holes. While their intended use is easy to recognize, operation of this equipment isn’t quite so simple. In fact, it’s a bit of a science. That’s not to say they’re difficult to operate. But there are certain best practices and processes to keep in mind for proper drill operation, whether it’s an on-grade, slab-rider or equipment-mounted model. Operators who adopt these guidelines and implement them on every job are rewarded with better performance
  • Bridge and tunnel concrete testing vital for longevity
    July 9, 2012
    Modern technology is making testing more efficient and reliable, increasing productivity and reducing costs, as Patrick Smith reports A few years ago, visual inspection of an 18-year-old bridge by ARRB in Australia identified considerable cracking in the precast, prestressed deck planks as well as in the cast in situ deck overlay. Laboratory examination indicated that the deck planks and the deck overlay were suffering from a strong case of alkali-aggregate reaction (AAR). Testing of concrete cores drilled