ABOUT FORMWORK

The Aluminium Formwork System ( Formwork are know as Bekisting in SEA)  was Developed in the Late 1970s as a System for Low-Cost Housing Construction. They were use to Cast Concrete in Place, with Load Bearing Walls using Formwork of Aluminium Panels. The System is Reliable, Simple, Highly Adaptable and Cost Effective.

The System allows High Accuracy Concrete work that Results in Consistent Interior Fitting of Doors and Windows. It also Eliminates the Cost of Plastering by Giving the Concrete a Smooth of Finish. With these Flexibility, it has made Complex Architectural Designs Possible.

Aluminium Formwork System allows the Walls and Slabs to be Poured in the Same Operation for RCC Load Bearing or RCC Frames Multi-Storied Buildings. These Increase Efficiency and also Produced an Extraordinarily Strong Structure with Excellent Concrete Finish.

Due to its Consistency, it allows Plumbing and Electrical Fittings to be Prefabricated and Achieve Exact Fit when Assembled. Above all this, the Formwork System can be Erected without the Need of Cranes.

Benefits of Vector Formwork Systems for Building & Constructions

Quality & Consistent

Using High-Strength Aluminium Alloy and Bearings, the Results - Near Perfect Concrete Finishing.

Speed & Accuracy

Standardized Production, Ease of Assembly, Accurate Calculation. A 7-days 1 Floor Rate can be Achieve.

Cost Effective & Efficient

Lightweight Aluminium Panels are Easy to Carry, Install and Dismantle thus Lowering the Labour Cost.

Standardized & Systematic

Formwork Runs through Computer Design, Engineering Standardization and Modular.

Safe & Clean Site

All Panels and Accessories are Reusable and Follow Safety Standards.

Flexible & Adaptable

System can be Place Horizontally or Vertically, has High Adaptability on Architect's Design.

The Performance & Speed Advantages of Vector Formwork

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Vector Formwork allows for Early Stricking by Removing the Mid Link Slab, Leaving the Prob Undisturbed as Backdrop.

(Vertical Panel can be Removed after 12 Hours & Horizontal Panels after 36 Hours.)

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Efficiency of 7 days per Floor can be Achieved, Minimum of 3-4 floors can be Accomplish in a Month.​

All Structural Elements can be Cast in One Pperation.

(Walls, Columns, Beams, Slabs, Drops, Architraves, etc.)

Manufacturing Process of Vector Formwork

Process 01 - Design & Modelling
Process 01 - Design & Modelling

Manufacturing Process of Vector Formwork, drawing and designing the structure. Calculation of panels and parts needed.

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Process 2 - Cutting
Process 2 - Cutting

Manufacturing Process of Vector Formwork, cutting panels into required size as designed.

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Process 3 - Hole Processing
Process 3 - Hole Processing

Manufacturing Process of Vector Formwork, preparing holes for panels connection.

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Process 4 - CNC Machining
Process 4 - CNC Machining

Manufacturing Process of Vector Formwork, CNC machining to ensure high precision.

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Process 8 - Packaging
Process 8 - Packaging

Manufacturing Process of Vector Formwork, panels and accessories packed and ready to be transported.

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Process 7 - Adjustment of panels
Process 7 - Adjustment of panels

Manufacturing Process of Vector Formwork, check for errors and makes final adjustments.

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Process 6 - Grinding & Brushing
Process 6 - Grinding & Brushing

Manufacturing Process of Vector Formwork, to give smooth finishing to panels.

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Process 5 - Welding
Process 5 - Welding

Manufacturing Process of Vector Formwork, putting panels parts together.

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Installation Process of Formwork
Day 1: Wall Reinforcement
Day 1: Wall Reinforcement

Setting up for structure installation according to engineering drawing.

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Day 1: Wall Reinforcement_2
Day 1: Wall Reinforcement_2

View of base for formwork.

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Day 1: Wall Reinforcement_4
Day 1: Wall Reinforcement_4

Binding the reinforcement of vertical walls.

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Day 1: Wall Reinforcement
Day 1: Wall Reinforcement

Setting up for structure installation according to engineering drawing.

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Day 2: Formwork Erection
Day 2: Formwork Erection

Preparation for pillar installation.

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Day 2: Formwork Erection_2
Day 2: Formwork Erection_2

Installation of pillar and corner formwork.

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Day 2: Formwork Erection_4
Day 2: Formwork Erection_4

Placing of prefabricated cement.

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Day 2: Formwork Erection
Day 2: Formwork Erection

Preparation for pillar installation.

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Day 3: Beam, Slab & Electrical Work
Day 3: Beam, Slab & Electrical Work

Installation of beam formwork.

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Day 3: Beam,Slab & Electrical Work_2
Day 3: Beam,Slab & Electrical Work_2

Install beam bottom support.

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Day 3: Beam,Slab & Electrical Work_4
Day 3: Beam,Slab & Electrical Work_4

View of formwork structure.

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Day 3: Beam, Slab & Electrical Work
Day 3: Beam, Slab & Electrical Work

Installation of beam formwork.

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Day 4: Electrical Work & Inspection
Day 4: Electrical Work & Inspection

Installing electrical work.

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Day 4:Electrical Work & Inspection_2
Day 4:Electrical Work & Inspection_2

Arrange and place electric work in place.

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Day 4:Electrical Work & Inspection_4
Day 4:Electrical Work & Inspection_4

Inspect if panels are secure and check for errors.

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Day 4: Electrical Work & Inspection
Day 4: Electrical Work & Inspection

Installing electrical work.

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Day 5: Concrete Pouring
Day 5: Concrete Pouring

Preparation for pouring of concrete.

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Day 5: Concrete Pouring_2
Day 5: Concrete Pouring_2

Retrieving ready-mix concrete.

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Day 5: Concrete Pouring_4
Day 5: Concrete Pouring_4

Pouring process of cement.

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Day 5: Concrete Pouring
Day 5: Concrete Pouring

Preparation for pouring of concrete.

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Day 6: De-shuttering Vertical Panel
Day 6: De-shuttering Vertical Panel

Removing bolts and nuts.

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Day 6: De-shuttering of Formwork_2
Day 6: De-shuttering of Formwork_2

Removing panel connections.

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Day 6: De-shuttering of Formwork_4
Day 6: De-shuttering of Formwork_4

Removing vertical wall panels.

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Day 6: De-shuttering Vertical Panel
Day 6: De-shuttering Vertical Panel

Removing bolts and nuts.

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Day 7: De-shuttering of Beam & Slab
Day 7: De-shuttering of Beam & Slab

Removing horizontal slab panels.

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Day 7:De-shuttering of Beam & Slab_2
Day 7:De-shuttering of Beam & Slab_2

Removing beam support structure.

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Day 7:De-shuttering of Beam & Slab_4
Day 7:De-shuttering of Beam & Slab_4

Checking for concrete strength.

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Day 7: De-shuttering of Beam & Slab
Day 7: De-shuttering of Beam & Slab

Removing horizontal slab panels.

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Our value is to provide products, environment, and services that exceed customer expectation.

Therefore, upon completion, we use laser leveling checking tools to ensure the build up corresponds to the design and quality.

Vector Quality

Vector Formwork Accessories
Vector Formwork Accessories - Prop head

Prop Head

Placed between two middle beams or a middle beam and end beam, it hold beams and a support for concrete pour and casting.

Vector Formwork Accessories - Middle Beam

Middle Beam

Connect between two prop heads, it sustains slab panels to form ceiling

Vector Formwork Accessories - End Beam

End Beam

Connect with a prop head and a slab corner, it sustains the deck panels.

Vector Formwork Accessories - Wedge & Round Pin

Wedge & Round Pin

This is a main accessory which is mainly used to joint panels.

Vector Formwork Accessories - Wedge & Long Pin

Wedge & long Pin

Secure concrete form in place, holds middle beam and prop head together. Locked in between joint bar.

Vector Formwork Accessories - Hook

Hook

Installed on the bottom of wall panel surface, it holds the steel bar sustaining pressure of concrete to prevent leakage.

Vector Formwork Accessories - Bolt, Nut & Washer

Bolt, Nut & Washer

Act as an embedded anchor, it fixes the platform on the concrete surface while installing.

Vector Formwork Accessories - Bracket Bolt & Nut

Bracket Bolt & Nut

Secures panels or the platforms on the concrete surface during installation.

Vector Formwork Accessories - Tie Rod & Nut

Tie Rod & Nut

Use to joint the double-faced panels, adjustable to increase or decrease the width of the panels as the length varies.

Vector Formwork Accessories - Prop Support

Prop support

Connected with a prop head, it sustain the slab during concrete pour and casting.

Vector Formwork Accessories - L Bar & Y Bar

L Bar & Y Bar

L bar is used to adjust for pin and Y bar is used to dismantle wall & slab panel.

Vector Formwork Accessories - Joint Bar

Joint Bar

Joints the prop head and a middle beam or end beam.

Vector Formwork Accessories - Rocker.jpg

Rocker

Connect to the bottom of a wall panel, it is typically 50mm in length.

Vector Formwork Accessories - Wall End Panel

Wall End Panel

Covers both edges of the panels, which are facing each other.

Vector Formwork Accessories -Slab Length

Slab Length

Joints a wall panel and a slab panel.

Vector Formwork Accessories - Slab Incorner

Slab Incorner

Connects wall panel and internal slab panel.