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  • OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab
  • OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab
  • OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab
  • OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab
  • OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab
  • OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab
OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab

OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab

  • 200 - 1999 Pieces
    $25
  • >= 2000 Pieces
    $15

Customization:

Customized logo（Min.Order: 5000 pieces）
Customized packaging（Min.Order: 5000 pieces）
Graphic customization（Min.Order: 5000 pieces）
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OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Forming Concrete Slabs: Designed to create uniform and durable concrete slabs for construction projects, ensuring precise structural integrity.
  • Modular Design: Allows easy assembly and disassembly for repeated use across different construction phases and site configurations.

Key features

  • 1. Material Technology: Durable Composite-Reinforced Steel Construction

    • With a composite-reinforced Q235 steel deck, ensure structural integrity and resistance to wear in harsh construction environments*.

  • 2. Interactive Design: Modular Configuration for Flexible Setup

    • With a modular design, easily customize configurations to adapt to diverse construction layouts and project requirements*.

  • 3. Performance Parameters: High Load-Bearing Capacity

    • With a robust blue metal frame and Q235 steel deck, support heavy concrete pours without deformation, ensuring precision in slab forming*.

  • 4. Scenario Solutions: Versatile for Residential & Commercial Projects

    • Designed for apartment and slab construction, provide reliable solutions for both residential and commercial concrete pouring needs*.

  • 5. Certification Standards: CE-Certified Safety & Compliance

    • With CE certification, meet stringent safety and quality standards for European and global construction projects*.

Product details

OEM High Quality Metal Formwork Steel Deck Panel Used for Forming Concrete Slab

The OEM High Quality Metal Formwork Steel Deck Panel is engineered for precision concrete slab forming in industrial and construction applications. Constructed with Q235 steel and a robust blue metal frame, it combines structural integrity with modularity to adapt to diverse project needs. CE-certified and designed for heavy-duty use, this formwork ensures safety and efficiency in apartment and slab construction.

Technical specifications

FeatureSpecificationBenefit
MaterialQ235 steel with composite reinforcementHigh tensile strength and corrosion resistance
Frame DesignBlue galvanized metal (modular)Easy assembly/disassembly for flexible use
CertificationCE-compliantEnsures safety and compliance with EU standards
ApplicationApartment slabs, industrial flooringOptimized for heavy-load environments
Load Capacity20 kN/m² (Base), up to 26 kN/m² (Pro)Supports reinforced concrete projects

Customization guide

Adjustable dimensions (up to ±10%) and material thickness (3–4mm) to meet specific slab requirements. The modular frame allows reconfiguration for varying project scales.

Get inspired

With its composite-reinforced steel deck and robust frame, this formwork excels in high-stress environments. Ideal for constructing durable apartment slabs or industrial floors, it reduces material waste and accelerates project timelines through its lightweight yet strong design.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity20 kN/m²+15% (23 kN/m²)+30% (26 kN/m²)*
Material Thickness3mm3.5mm4mm
Compliance LevelCECE + ISO 9001CE + ISO 9001/14001

Supplier's note

  1. Technical Breakthroughs:

    • Q235 Steel Composition: Enhances fatigue resistance by 20% compared to standard mild steel.
    • Modular Frame Design: Reduces assembly time by 30% versus traditional formwork systems.
    • Composite Reinforcement: Achieves 25% lighter weight than solid steel decks while maintaining strength.

  2. Version Selection Guidance:

    • Base Model: Ideal for residential projects (e.g., apartment slabs) requiring standard load capacities.
    • Advanced Model: Suitable for medium-scale industrial use, pairing CE and ISO 9001 compliance with enhanced durability.
    • Pro Model: Designed for heavy industrial applications (e.g., warehouses, bridges) needing triple the corrosion resistance and load-bearing capacity of industry benchmarks. With its 4mm thickness and dual certifications, it ensures longevity in harsh environments.

*Pro Model load capacity exceeds ISO 15223-3 standards by 18%.

Frequently asked questions

  • Which Metal Formwork Steel Deck Panel is best suited for apartment construction projects?

  • How do I clean and maintain the Steel Deck Panel after concrete curing?

  • What makes Q235 steel better than other materials for forming concrete slabs?

  • Can the Metal Formwork be customized for non-standard slab dimensions?

  • Is the Steel Deck Panel CE-certified for scaffold systems?

  • How does the Steel Deck Panel handle repeated use in concrete slab forming?

  • What safety features does the Metal Formwork Steel Deck Panel have?

  • Can this formwork be used in both scaffold and non-scaffold applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Steel Formwork (User’s Product)Residential/commercial concrete slabs, high-rise constructionBase: Q235 steel (235 MPa yield strength1) ▲ Advanced: Q345 steel (345 MPa yield strength2)
CE certified3		▲ Advanced: 47% stronger than Base for heavy loads4
Reusable, integrates with scaffold systems5		Heavier than aluminum/composite options6
Higher upfront cost7
Aluminum FormworkPrecast concrete elements, high-precision structures6061-T6 aluminum (248 MPa yield strength8)
Lightweight (2.7 kg/m²9)		Corrosion-resistant10
Easy to transport11		Lower load capacity12
Costly for large-scale projects13
Timber FormworkSmall-scale, temporary structuresPine wood (25mm thickness14)
Non-reusable15		Low cost16
Easy to customize17		Susceptible to moisture/warping18
Single-use19
Composite FormworkIndustrial plants, chemical-resistant environmentsGlass-reinforced plastic (GRP) with 50+ chemical resistance (ASTM D54320)Chemical/UV resistant21
Lightweight (1.5 kg/m²22)		Expensive23
Limited load capacity24
Plywood FormworkResidential construction, temporary molds18mm birch plywood (ISO 350625)
Smooth finish26		Cost-effective27
Smooth surface for finishes28		Single-use29
Brittle under heavy loads30
Reusable Plastic FormworkMass production, repetitive structuresHDPE plastic (0.95 g/cm³ density31)
100+ reuse cycles32		Low maintenance33
High reusability34		Lower load capacity35
UV degradation over time36

Hover Tooltip Explanations:

1 Q235 steel meets EN 10250 standards for construction applications.
2 Q345 steel exceeds ISO 630 requirements for high-stress environments.
3 CE certification ensures compliance with EU safety regulations.
4 47% stronger yield strength compared to Q235.
5 Designed for scaffold integration (e.g., adjustable brackets).
6 20% heavier than aluminum alternatives.
7 Base: ~$80/m²; Advanced: ~$120/m².
8 6061-T6 aluminum per ASTM B221.
9 2.7 kg/m² vs. steel’s 8.5 kg/m².
10 Resists saltwater and chemical corrosion.
11 Reduces labor costs for transport.
12 Max load 150 kPa vs. steel’s 300 kPa.
13 ~$150/m² for high-grade aluminum.
14 Thickness per ISO 3506 for structural integrity.
15 Single-use due to warping after curing.
16 ~$20/m² for basic timber panels.
17 Easy to cut with standard tools.
18 Moisture reduces lifespan by 50%.
19 Discarded after one use.
20 Resists acids, solvents, and oils.
21 Resists UV and chemical exposure.
22 1.5 kg/m² vs. timber’s 4.2 kg/m².
23 ~$200/m² for GRP panels.
24 Max load 100 kPa.
25 ISO 3506-certified for smooth surfaces.
26 Ideal for decorative concrete finishes.
27 ~$30/m² for birch plywood.
28 Minimal surface defects.
29 Discarded after curing.
30 Brittle under 200 kPa loads.
31 Density per ASTM D792.
32 100+ reuse cycles per manufacturer testing.
33 No surface prep needed between uses.
34 Recoup costs over 50+ projects.
35 Max load 80 kPa.
36 Degradation after 5 years of UV exposure.

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