the world’s fastest core delivery system

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Ahead of critical pathTURIIM isn’t just a piece of equipment, it’s a way to show the world the true potential of your company, it will set the pace, be the first point people see rise high into the sky on their way to work.

A good Jumpform keeps your team accountable and shows the visible progress your project and your brand are making over the city.

We’ve spent years developing and improving our system, let us show you why we’re the best at what we do, let us help you build the future.

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Capability

Global reach

TURIIM offers a superior design and method to form building cores faster than any other system available today. Through effective design we save our clients millions over time by offering a method that consistently reduces program times and ensures projects stay ahead of critical path.

Our shutters are made from 6061-T6 aluminum and don’t require any additional fixing. Steel components are high quality 275 grade UB/UC sections. Jacking components are manufactured in the United Kingdom and are CE certified rated to last 1000’s of operations with minimal maintenance. Our electrical boards

are assembled utilizing high quality and reliable Schneider components. We recommend Swenn bolts from the USA and VSL tie rods.

Electronic screw jack jumpform has been tried and tested for the last 30 years since its introduction to the market by Norm Flodine from Cantilver. The technology provides far better results than hydraulic systems due to its accuracy and consistency when jumping. It’s also much faster, requires less time to level between jumps and suffers no blowouts or leakages and comes fully integrated into the system requiring no further additional repositioning of any kind.

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TURIIM’s Tur-M1 Jumpform SystemTur-M1 is our current flagship tall tower system. Designed for buildings that have been deemed of high importance or themselves flagship in nature, TURIIM’s Tur-M1 should be the first choice for any construction or formwork company wanting to ensure program efficiency and high levels of detail and safety.

Each system is designed to fit it’s intended project to the millimeter. A level of detail not seen in any other system on the market. This level of accuracy allows our system to drastically reduce the time required to assemble, commission, jump and conduct wall changes throughout the life of the Jumpform while in operation.

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“How our superior design impacts your projects timeline”

Custom design and system delivery within 3 months of contract

Full preassembly can take place off site for faster commissioning

System is assembled in a single operation from the bottom up with no need for external trailing decks.

Once commissioned there’s no need for

additional crane time

The system is fully independent and operational from the first pour

Only 12mpa concrete strength is required to Jump

usually after only 12 hours

Jumping & Leveling in less than 60 minutes; 100% synchronized with accuracy of 5mm-10mm

Maximum of 2 hours till recommencement

after jumping

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SafetyOur engineers have firsthand experience working on Jumpform and our system has been designed with safety as a top priority. Jumpform presents several challenges that affect the overall safety of any project, these include working at height, working in confined spaces, and in some cases working with complex sequences involving cranes.

TURIIM offers the highest degree of safety of any system by addressing these key aspects of working at height

> Exposure to open edges

> Falling objects

> Overcrowding

> Restricted mobility

> Unnecessary crane use

> Excessive system manipulation at height

> Complicated jumping sequences

> Complicated wall changes

What makes TURIIM a safer solution for your workforce

> No open edges unless undertaking a wall change

> Minimal required workforce at peak efficiency

> Large working deck that can be tailored to contractors

> After setup the crane isn’t required until wall changes

> System jumps as one in a single operation 100% synchronized

> No complicated jumping sequences

> Wall changes have been simplified through design and take place within a typical cycle

> Each design is independently certified

“Each additional

operation adds to the chance of injury and

stoppages on a project. Turiim is engineered in a way that removes all

unnecessary operations from the workforce.”

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SpeedTURIIM is purpose built to achieve the results necessary in today’s competitive market. To get ahead and stay ahead of critical path.

TURIIM became the fastest core delivery system on the market by combining these benefits

> Only requires 12 MPA concrete strength to jump

> Only requires 30 min exclusion zones during jumps

> Jumping takes as little as an hour

> Whole system jumps as one 100% synchronized, including placing booms

> Leveling in as quick as10 minutes

> Normal Wall changes can be done within the normal floor cycle

> 80% faster offloading on site, manpower/time saving 1- or 2-man job

> Pre-assembly off site while raft works take place

> Fastest commissioning on site with cycles starting in as little as 2 weeks

> Advanced lightweight aluminum shutters for easy erection and pre-assembly

> Robust and fully integrated electronic lifting mechanism

No hydraulic fluidsNo crane for jumpingNo complicated and risky jumping sequencesNo climbing of placing boomsNo abortive works

“Our goal is to get the structure off critical path within seven floors safely and

efficiently.”

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Efficiency Construction continues to become more competitive; labor costs continue to increase, and the price paid for making a bad decision has never been higher.

TURIIM isn’t just a piece of equipment it’s a tool to help contractors and constructions companies take back lost time, reduce expenses and reach a projects financial goals.

Each aspect of our service has been carefully configured to ensure we maintain the highest degree of desired outcome over these key areas;

The system and the project

> Lowest workforce requirement of any system

> Lowest crane dependence of any system

> Fastest design and delivery time in the industry

Maintenance and ongoing use

> Lowest re-deployment cost using our design only service

> Highest level of reuse without replacement parts

> Lowest volume of consumables

> Highest quality componentry

The highest level of consistency and

accuracy of any system.

No wood components that can get damaged and need replacing or affect buy backsNo small hard to replace parts that get lost slowing down work

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Additional design options

Integrated placing boom frame

Sheer walls

Penetration form frames for doors

Additional Temporary access stairs (internal or external)

> Jumps with the system

> No preparation required before jumping

> No need for temporary slab penetration

> No back propping required

> Increased worker safety

> Increased worker mobility

> Decreased congestion

> Faster task completion times

> Sheer walls jumped with the core

> No additional works required

> Drastically increases efficiency

> Can remove weeks of additional required work

> Toolless design, no need for nails or other fasteners

> Fast assembly and dis-assembly

> High Re-use

> Lighter than wood forms

Other1. Perforated cladding2. Clear openings (stairs)3. Clear opening (fabrication and trusses)4. Toilet amenities5. Temporary site office

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Detailed Formwork InformationAluminum Designed Forms Grade 6061-T6

> Ply: 18mm F17 Form Ply or Alkus fixed to the Forms (Not Supplied)

> Strong Backs 135mm x 150mm

> Form Ties: 15mm (SWL = 90 kN Minimum)

> Internal Corners: Full Steel Designed hung from top steel frame

> Weight of Forms approx. 27kg per m2 (without ply)

Form Heights can vary and customized to suit as per the pour heights required.

Self-Climbing Support FrameThe steel is 275 grade.

The Jump Form System is specially designed in accordance to the site requirements, there are 2 working decks an Upper and Lower

Access from Upper to Lower decks are from specially designed stair access towers or ladders.

The Upper is designed to take steel reinforcement and placing of concrete and the

lower is for fixing of the reinforcement, access to walls and undertaking removal and installation of support bolts for the jumping sequence. Materials can also be stored in both these areas (as per design criteria).

Inner Cells are used to install and remove the support bolts for the jumping sequence. Inner cells are accessed by ladders to install tie rods and align the forms and install other formwork items.

Decking is covered by 25mm minimum plywood and fixed to the decking beams.

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Concrete Placing Boom FrameThe Jump Form is designed to support a concrete placing boom in which a specially designed frame on the top of the Jump Form is supported on the upper frame and braced to the lower frame with additional supports. The placing boom cannot be used or moved when the jump form is in jumping mode or sitting on the jack legs. The Jump Form must be sitting on the support pins and jack legs retracted before use of the placing boom.

A Minimum 12MPA Concrete Strength is Required to Proceed to Jump

A Maximum 38KM/H wind speed is maximum allowed to safely jump the system.

Stair AccessAccess to the Jump Form is by access stairs inside a designated lift shaft and/or outside onto the working deck as per the site requirements.

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Lifting Actuation:The Jump Forms main component is the Jacking System which includes:

> Metric Machine Screw

> Metric Machine Screw Jack (Capacity 20 Ton)

> 2.2 KW,3PH 50HZ Electric Motor

> Panel Board

The System is operated by a Panel Board which is the central nervous system of the Jump Form, This Panel Board keeps all the motors synchronized and monitors the loads of each of the jacks, if any abnormal loads of faults occur while jumping the panel board will shut down and alert the operator of the fault.

6. Power Supply a. The Jump Form requires 100KW/400V power supply in which a 250KVA Generator is enough

b. The Power Cable from The Site distribution Board to the Jump Form Panel Board needs to be 70-95 Sqmm,4 Core Cable.

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Concrete Strength (Jump Form) Jump Form

Jumping 12MPa

Anchored on Support Brackets 12MPa

Wind Loads

While lifting / jumping max. wind velocity 18m/s

While men working on form system 21m/s

Maximum when tied down 43m/s

Power Requirements

Self-Climbing Jacks: 3Phase AC 380-415V

Full load current:

Max. startup current:

3.5A per motor

7.5A per motor

Jump form climbing rate 100mm/min

Jump form climbing time (3m lift) 30min

Form Deck Loading – jumping / lifting

Total load (no rebar) 0.25kpa

Form Deck Loading – anchored

Upper Deck* 2.5kpa

Lower Deck 1kpa

*Rebar temporary storage permitted

Design Codes

Steel Members AS4100: 1999

Wind Loading AS1170.2: 2011

Formwork for Concrete AS3610: 1995

Materials

Structural Steel (Unless noted otherwise on fabrication drawings) Grade 275, as applicable Fy = 275 MPa min.

Bolts Grade 8.8

Timber Decking 25mm decking ply, Stress Grade F14 (Not supplied)

DESIGN. ASSEMBLE. CONSTRUCT.ASIA | AUSTRALIA | MIDDLE EAST | SINGAPORE | USA | EUROPE

www.turiim.com