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Batch Pack <20m3-45m3>Simple Structure x Compact Design

Despite its compact structure, Batch Pack is a tough concrete batching plant and is compatible with high intensity mixing.


  Batch Pack 500 Batch Pack 1000
Storage Bin NONE NONE
G 1+2 800 x 1.0kg 1+2 1500 x 2.0kg
S 1 800 x 1.0kg 1 1500 x 2.0kg
C 1 300 x 0.2kg 1 600 x 0.5kg
W 1 100 x 0.1kg 1 200 x 0.2kg
AD 1+2 4 x 0.01kg 1+2 8 x 0.01kg
Control Panel CPF (Standard) / Command Touch B (Optional)
Twin shaft pugmill mixer
FSF-500 FSF-1000 / DSF-110
15kW x 1GM 15kW x 2GM / 22kW x 2GM
Air seal Air seal
Discharge type Concrete chute Concrete chute
Air compressor 11kW RECIPRO TYPE
Pure water pump 1.5kW×1UNIT
High pressure pump for washing 2.2kW×1UNIT
Dust collector (Bag filter type) 0.75kW×1UNIT DUST BOX COLLECTING TYPE
Supply conveyor G W400×30T/h G W450×55T/h
S W400×30T/h S W450×45T/h

S type <30m3-180m3>High Performance x Easy assembly

The S and SS Series are simple but high-performance concrete batching plants.
They can be assembled and dismantled in a short time.

<Two models of S type batching plants for your choice>

S4,S2 type

The S2 and S4 type are equipped with a material storage bin.
Compared to the SS type, they can achieve a higher per-hour capacity.

S4,S2 type

The SS is a weighing belt conveyor type without a material storage bin.
It requires a shorter construction period for assembling and dismantling compared to the S2 and S4 type.


Model SS-50P S2S-50P SS-100P S4S-100P
Theoritical discharge output Max. 30m3/H Max. 30m3/H Max. 60m3/H Max. 60m3/H
Max. output/batch
(Max. scale × Min. scale)
Gravel 800 × 1kg 2kinds 800 × 1kg 2kinds 1500 × 2kg 2kinds 1500 × 2kg 2kinds
Sand 800 × 1kg 1kind 800 × 1kg 1kind 1200 × 2kg 1kind 1200 × 2kg 1kind
Cement 250 × 0.2kg 1kind 250 × 0.2kg 1kind 500 × 0.5kg 1kind 500 × 0.5kg 1kind
Water 150 × 0.1kg 1kind 150 × 0.1kg 1kind 300 × 0.2kg 1kind 300 × 0.2kg 1kind
Admixture 8 × 0.01kg 2kinds 8 × 0.01kg 2kinds 8 × 0.01kg 2kinds 8 × 0.01kg 2kinds
Control system Command Touch B / Command It's-B Plus
Storage capacity N/A 20m3 N/A 40m3

* Some photographs in this page show plants fitted with optional equipment.
* This specifications in this page are subject to change without prior notice due to improvements and/or modifications.

DASH <60m3-300m3>Maximum Performance x High Capacity

Maximum efficiency for each process and optimal overall balance are pursued. The DASH Series consists of high-performance batch plants that provide maximum performance with minimal investment and that minimize operating costs through maximum operating efficiency.


Model DASH-110 DASH-167 DASH-225 DASH-330
Theoritical discharge output Max. 100m3/H Max. 150m3/H Max. 180m3/H Max. 264m3/H
Max. output/batch
(Max. scale ×
Min. scale)
Gravel 1500 × 2kg 3kinds 2500 × 2kg 4kinds 3000 × 5kg 4kinds 4000 × 5kg 4kinds
Sand 1300 × 1kg 2kinds 2000 × 2kg 2kinds 2500 × 2kg 2kinds 3500 × 5kg 2kinds
Cement 550 × 0.5kg 3kinds 1000 × 1.0kg 3kinds 1000 × 1.0kg 3kinds 1500 × 1.0kg 3kinds
Water 300 × 0.2kg 2kinds 400 × 0.5kg 2kinds 500 × 0.5kg 2kinds 800 × 0.5kg 3kinds
Admixture 8 × 0.01kg 2kinds 20 × 0.02kg 2kinds
10 × 0.02kg 2kinds
20 × 0.02kg 2kinds
20 × 0.02kg 2kinds
30 × 0.05kg 2kinds
30 × 0.05kg 2kinds
Control system Command Touch B / Command It's-B Plus
Storage capacity 43m3 70m3 110m3 180m3

* Some photographs in this page show plants fitted with optional equipment.
* This specifications in this page are subject to change without prior notice due to improvements and/or modifications.

Fiber Reinforced Concrete Design by Barchip

Barchip’s macro synthetic fiber concrete reinforcement conforms with international design methodologies and standards from bodies such as DBV, RILEM, CNR, ACI, ITAtech and the UK Concrete Society. ... JSCE-SF4 Method of Tests for Flexural Strength and Flexural Toughness of Steel Fiber Reinforced Concrete.

544.4R-18: Guide to Design with Fiber-Reinforced Concrete

New developments in materials technology and the addition of field experience to the engineering knowledge base have expanded the applications of fiber-reinforced concrete (FRC). Fibers are made with different materials and can provide different levels of tensile/flexural capacity for a concrete section, depending on the type, dosage, and geometry.

BANGNENG Fiber - Macro Fibers For Concrete,Concrete Fibers

Fiber reinforced concrete deck pavement is a very good material, it is anti - fold, anti - crack, fatigue, wear-resisting and other mechanical indicators, is superior to the steel mesh concrete deck pavement.

Fiber Reinforced Concrete

“Structural fibers” serve to replace welded wire mesh and conventional reinforcing rebar. Macro fibers enhance concrete like typical fibers, but also add tensile and bending resistance that is equivalent to steel reinforcement. Applications of macro fibers include commercial concrete slabs in distribution centers, warehouses and pavements.

STRUX® 90/40 Synthetic Macro-fibers | Resource

Composite Steel Floor Deck for Normal and Lightweight Concrete. STRUX® 90/40 macro-fibers can be used as a suitable alternative to welded wire fabric or light reinforcing steel specified for temperature and shrinkage reinforcement for composite steel floor deck assemblies.

Carbon & Steel Fiber Reinforced Concrete

Using fiber reinforcement in residential projects provides an economical way to take advantage of the best in concrete technology. Synthetic fibers, steel fibers and engineered blends of both materials can be used to improve everything from slabs, driveways, and patios to swimming pools, sidewalks, and decks.

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Macro Synthetic Fibers in Concrete Placement

6/6/2014 · FORTA-FERRO® macro synthetic fibers were chosen as a temperature shrinkage reinforcement for concrete over traditional wire mesh for a new apartment complex in downtown Morgantown, WV. FORTA-FERRO® 2 1/4″ macron synthetic fiber was used at a dosage of 4.0 lbs per cubic yard. The project consists of over 1900 yards of concrete on 6 metal decks.

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(PDF) Steel Fiber Reinforced Concrete: Behavior, Modelling

A simple macro-model for reinforced concrete shear walls has been used to investigate the nonlinear behavior of structural walls interacting with moment resisting frame systems. ... (steel fiber ...

Polymer Binder, Impact on the Pull-Out Force of Macro Fibers

Macro-fibers have been used in sprayed concrete for many years now, particularly to prevent cracks from developing in the concrete due to deformation energy. These fibers can be made of steel or plastics and are provided for the Application. The type of fiber to be used is selected based on the building project’s requirements. Usually, the fibers are added to the sprayed concrete in the ...

FABPRO POLYMERS' FUSION™ Synthetic Macro Fiber Blend

ENGINEERING SPECIFICATIONS. FUSION™ Synthetic Macro Fiber Blend, when used at an appropriate dosage, is an option for the replacement of WWF and rebar as a safe and easy-to-use reinforcing system that is rust proof, alkali resistant, and compliant with industry codes when used in concrete mixed in accordance with ASTM C94/C94M.

What Are the Differences Between Micro and Macro-Synthetic

ASTM C1116 defines Type III Synthetic Fiber Reinforced Concrete or Shotcrete as concrete that contains micro and/or macro synthetic fibers for which documentary evidence can be produced confirming their long-term resistance to deterioration when in contact with the moisture and alkalis present in cement paste or the substances present in air-entraining and chemical admixtures.

Will Synthetic Fibers Replace Reinforcing Steel in the Concrete

Apr 19, 2012 · Nowhere in ACI’s 318 can one find any reference to the substitution of structural steel with micro or macro synthetic fibers. Plainly stated when the area of the steel is used in the structural design of the cement concrete-steel composite element then the synthetic fibers cannot replace the steel in question.

Dramix® steel fiber concrete reinforcement solutions

Steel fiber reinforcement has been around since the 1970-ies and continues to evolve with time. The bents and hooks are crucial to the fiber’s anchoring performance and subsequent concrete ductility. These features, in combination with steel elongation, are the main-differentiators of our Dramix® steel fiber concrete reinforcement series.

Macro Fiber Concrete Reinforcement

Macro Fiber Concrete Reinforcement Fibermesh 650S® FIBERMESH® 650 SYNTHETIC FIBER is an engineered graded macro-synthetic fiber used for secondary reinforcement for concrete—an alloy polymer macro-synthetic fiber featuring e3® patented* technology manufactured to an optimum gradation and highly oriented to allow greater surface area contact within the concrete resulting in increased ...

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High Strength Structural Fibers

STRUX® 75/32 Fiber is a synthetic macro fiber complying with ASTM C1116/C1116M Type III, which can be used in ready-mixed concrete for different applications such slab-on-ground flooring, thin-walled precast overlays and pavements.

Concrete @ your Fingertips

They must also be resistant to chlorides when used in marine structures or those subjected to de-icing salts. Further information on the use of macro-synthetic fibres may be found in Concrete Society Technical Report 65, Guidance on the use of macro-synthetic-fibre-reinforced concrete.

Macro-Pro Fiber Reinforced Concrete

Macro-Pro is a macrosynthetic fiber used in Fiber Reinforced Concrete applications as a secondary/post-crack reinforcement in concrete.

FIBERMESH® Micro-Reinforcement

Propex manufactures and markets the top fiber brands of Fibermesh, Novomesh and Novocon fibers for concrete. Fibermesh 150 multi filament offers superior plastic crack control in concrete at our standard 1 lb. dosage rate. Fibermesh 300 has been the world’s leading micro fiber for over 20 years.

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Fiber Reinforced Concrete Association

As an alternative to conventional temperature-shrinkage steel reinforcement, FORTA-FERRO macro fiber was used at a dosage rate of 7.5 lbs/yd 3, along with an integral color additive. The 50,000-square-foot slab areas required approximately 700 cubic yards of fiber-reinforced concrete.

Duraflex™ Steel Fiber

Steel-fiber-reinforced concrete is a state-of-the-art composite material made of hydraulic cements, fine or coarse aggregate, and a dispersion of discontinuous steel fibers. It may contain pozzolans and additives commonly used with conventional concrete.

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Steel Fiber Reinforced Concrete FAQ

9. Can steel fiber reinforced concrete be pumped? Yes, but expect a 0.4” to 1.2” slump loss through the hose depending on the steel fiber dose rate, ambient temperatures and hose length. A midrange water reducing agent (MrWr) is commonly used to enhance workability and ease of flow through pump lines.

Macro-Synthetic Fibers

Macro-Synthetic Fiber View Item For over a century, The Euclid Chemical Company has served the global building market as a worldwide quality supplier of specialty products and technical support services for the concrete and masonry construction industry.

Macro polypropylene fiber influences on crack geometry and

Compared to steel fiber, macro polypropylene fiber demonstrates the advantages of light weight and no corrosion . But there are still few reports considering the effects of macro polypropylene fibers on crack geometry (crack tortuosity, surface roughness) and permeability of concrete.

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