Dramix hooked steel fiber | calculation-based solutions for industrial floors

Three-dimensional reinforcement with steel fiber

Steel fiber replaces the labor-intensive layout and tying of rebar, reinforces concrete through the full slab volume and helps accelerate floor installation on facilities with high operational loads.

3D reinforcement through the full slab volume early-stage crack control faster concreting cycle lower labor intensity on site

See the 4,000 m² calculation Message on WhatsApp

Engineering advantages

Why fiber works as a structural solution rather than a compromise

Three-dimensional reinforcement

Steel fibers are distributed through the full concrete volume and reinforce not only the lower layer but also the upper working zone of the slab.

Slab thickness optimization

The spatial distribution of fibers allows slab design without mandatory dependence on the cover layer required for conventional rebar.

Reliable crack control

Fiber limits crack opening at an early stage and reduces the risk of surface defects that are harder to control with one lower mesh layer.

Impact and fatigue resistance

Steel fiber reinforced concrete performs better under impact, cyclic loading and heavy-duty use where floor service life and lower repair frequency matter.

Installation and logistics

What changes on site when the reinforcement scheme moves to Dramix

Shorter work schedule

The separate stage of placing and tying a reinforcement cage is removed, together with the need to control reinforcement height across the whole slab panel.

Less heavy equipment dependence

Fiber is added into the concrete mix, and when the mixer can approach the pour area directly the dependence on a concrete pump can be reduced.

Simpler project logistics

The material is delivered in 25 kg paper bags on pallets, without long rebar bars and without complicated unloading on site.

Cleaner operation after commissioning

There is no hidden reinforcement cage under the top layer, so anchoring racks and equipment becomes simpler and safer during operation.

Economic efficiency

The showcase calculation shows savings not only on material, but also on the process

On a 4,000 m² slab, the comparison between Dramix and conventional bar reinforcement shows that fiber reduces reinforcement consumption, removes the separate tying stage and helps cut concreting costs. Below is the source Excel calculation adapted into a readable page instead of a raw spreadsheet.

Scheme comparison

4,000 m² calculation: Dramix versus traditional rebar

The left column shows the traditional rebar scheme, the right column the B30 + Dramix 4D 55/60 25 kg/m3 solution. The summary panel on the right fixes the total result.

Project comparison 4,000 m²

Parameter	M250 + 2*d12 A500C 200x200, 200 mm	B30 + Dramix 4D 55/60 25 kg/m3, 200 mm	Effect
Reinforcement per 1 m²	20 kg/m² d12 A500C rebar	5 kg/m² Dramix 4D steel fiber	-75% by reinforcement mass
Total reinforcement volume	80,000 kg 4,000 m² × 20 kg/m²	20,000 kg 4,000 m² × 5 kg/m²	-60,000 kg on the project
Reinforcement scheme cost	4 800 000 KGS at 60 KGS/kg	4 000 000 KGS at 200 KGS/kg	Savings of 800,000 KGS
Rebar tying	Required separate layout and manual installation	Eliminated fiber is added into the mix	Savings of 640,000 KGS
Concrete pump work	5 shifts 5 × 45,000 KGS	Can be optimized when the mixer has direct access	Savings of 225,000 KGS

Reinforcement per 1 m²

Rebar 20 kg/m²

d12 A500C rebar

Dramix 5 kg/m²

Dramix 4D steel fiber

-75% by reinforcement mass

Total reinforcement volume

Rebar 80,000 kg

4,000 m² × 20 kg/m²

Dramix 20,000 kg

4,000 m² × 5 kg/m²

-60,000 kg on the project

Reinforcement scheme cost

Rebar 4 800 000 KGS

at 60 KGS/kg

Dramix 4 000 000 KGS

at 200 KGS/kg

Savings of 800,000 KGS

Rebar tying

Rebar Required

separate layout and manual installation

Dramix Eliminated

fiber is added into the mix

Savings of 640,000 KGS

Concrete pump work

Rebar 5 shifts

5 × 45,000 KGS

Dramix Can be optimized

when the mixer has direct access

Savings of 225,000 KGS

Where to use it

Scenarios where fiber reveals the most value

Warehouse and logistics facilities with intensive vehicle traffic

Production areas with heavy equipment and calculated slab loads

Racking zones where floor stability and edge performance matter

Projects where concreting speed and fewer preparatory operations are critical

Sites with high demands for crack resistance and impact strength

Industrial floors that require engineering justification rather than a universal cost-saving promise

Contact and request

Need a reinforcement scheme selected for your facility

Leave your phone number and briefly describe the area, load type and operating mode. We will collect the source data and return with a calculation scheme, consumption and application logic tailored to your project.

We will compare fiber with conventional reinforcement under your load profile
We will clarify where savings come from material and where they come from process
We will prepare a WhatsApp request linked to the fiber page

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