Template Panel System

Interior wall formwork
Exterior wall formwork
Beam bottom formwork
Beam side formwork
Top plate formwork
Column formwork
Cover plate formwork
C groove (inner corner)
Angle iron (outer corner)
Staircase formwork
Hole formwork/reserved formwork
Keel, steel beam
Early removal head
Determine the size and quantity according to the bill of materials

Consult

Features
Technical Indicators
Overall Dimension

Product Features:
1. High Strength
Zinc-aluminum-magnesium high-strength alloy steel formwork is extruded and formed from alloy steel with a yield tensile strength exceeding 700 MPa. It can withstand loads exceeding 60 kN/m2, meeting the high load-bearing capacity requirements of construction.
2. Corrosion Resistance
This alloy steel mold exhibits excellent corrosion resistance, forming a dense 80-micron zinc layer on its surface that effectively resists erosion from humid environments and chemicals, extending the lifespan of the formwork.
3. Plasticity
During processing, the zinc-aluminum-magnesium high-strength alloy steel formwork exhibits excellent plasticity, allowing it to be customized to the complex shapes of building structures to meet the needs of various projects.
Product Advantages:
High Reusability: Due to its high strength and corrosion resistance, the zinc-aluminum-magnesium high-strength alloy steel formwork can be reused over 300 times, significantly reducing construction costs compared to traditional formwork materials.
Convenient Construction: The formwork is easy to connect and disassemble. With specialized tools, it can be quickly assembled and disassembled, improving construction efficiency and shortening construction cycles. Good Environmental Performance: This material has minimal environmental impact during production and is recyclable, meeting the environmental protection requirements of the modern construction industry.
Application Areas:
1. High-Rise Buildings
During the concrete pouring of high-rise buildings, zinc-aluminum-magnesium high-strength alloy steel formwork can withstand significant lateral pressure, ensuring high-quality concrete forming. It is suitable for the construction of shear walls, columns, and other structures.
2. Long-Span Structures
For projects such as factories, this formwork, with its high strength and stability, effectively supports the concrete structure and ensures construction safety.
3. Special-Shaped Structures
It can be customized to meet the construction requirements of special architectural shapes, such as circular and curved ones.
System Components:
Formwork Panel
The formwork panel is the core component of the system. It is made of high-strength alloy steel plates, which are made of zinc, aluminum, magnesium, and other trace elements that increase steel strength, combined with iron. The thickness is generally 1.5mm. It offers high strength, corrosion resistance, and excellent flatness, ensuring high-quality concrete forming. Support System
An independent single-support, early-removal system, including diagonal bracing and other components, enhances the formwork's stability and ensures its integrity during construction.
Reinforcement System (Back Rib System/Tie System) and Accessories
Specialized back ribs, tie tabs, bolts, pins, and other accessories connect the formwork panels to the reinforcement system, ensuring the system's robustness and reliability, and facilitating quick assembly and disassembly.
Main components of template panels

Serial Number

Template Name

Main structural parts

Detailed function description

Legend

1

Interior wall formwork

Walls with floor slabs, such as the inside of exterior walls, kitchens, bedrooms, living rooms, and other areas with small floor or balcony settlements

Used for forming interior load-bearing walls or non-load-bearing partitions. The two sides of the formwork are fixed by tie rods and back ribs to ensure that the wall is vertical and flat after the concrete is formed. This type of formwork is highly standardized and can be used repeatedly. (Divided into tie rod and screw reinforcement systems)

2

Exterior wall formwork

Walls in suspended locations, such as the outside of exterior walls, inside elevator shafts, or light shaft stairs, where there is no suspended floor or where the walls have large settlements

Used for forming indoor and outdoor suspended load-bearing walls or non-load-bearing partition walls. Tie rods and back ribs secure the two sides of the formwork, ensuring a vertical and flat wall after concrete forming. This type of formwork is highly standardized and can be reused. (Divided into tie rod and screw reinforcement systems)

3

Beam bottom formwork

Lower surface of beam

The bottom of the beam supports the weight of the concrete and is the most stressed part of the beam formwork. It is equipped with a strong support system (support pole + support head) to prevent sagging.

4

Beam side formwork

Left and right sides of the beam

Used for forming concrete on both sides of the beam, it is joined with the beam bottom formwork and column formwork to form a three-sided enclosure. Through-wall screws, it is pulled against the opposite formwork to ensure cross-sectional dimensions and lateral stability.

5

roof formwork

Floor horizontal surface, corner C groove, easily removable C groove, etc.

This is the base formwork for the concrete floor slab in a building, directly supporting the entire slab. It is laid on the keel and has adjustable support posts underneath. It is usually constructed in conjunction with beam formwork. Steel-formed slabs are subject to high loads and require dense support.

6

Column formwork

vertical column

Used for shaping concrete columns (such as frame columns). Depending on the column shape, it can be divided into square column formwork and round column formwork. The formwork is closed with hoops, bolts, or tension rods, and requires high rigidity.

7

Cover template

Sealing and trimming

Used at wall ends, such as ends and opening edges. Responsible for local splicing and closing to ensure the integrity of the formwork system.

8

Yin and Yang corner template

The connection between wall corners and beam corners, C groove, angle steel, etc.

Designed for use at interior and exterior corner joints, these panels provide a clear, defined corner profile. Corner panels can be either fixed or adjustable, and are often achieved using custom "L-shaped" or "Z-shaped" panels.

9

Staircase formwork

stairwell

Special structural formwork, divided into three categories: treads, inclined plates, and side forms, is used for the integral pouring of staircase concrete. Almost all of them are custom-made, requiring high construction difficulty and stringent precision.

10

Opening template/reserved template

Doors, windows, pipes, wellheads, etc.

It is mainly used to reserve openings in walls or floor slabs to avoid repeated openings at a later time.

11

keel, steel beam

Main keel, secondary keel

The primary load-bearing member of the formwork keel system, arranged along the main direction of the formwork, is used to transfer the forces exerted on the secondary keel and formwork to the bottom support system (vertical poles). It provides strong support and controls the overall rigidity of the structure. It is often connected to an adjustable support head.

12

Early removal

Meteor hammer, support head

A trapezoidal member is installed at the top of the support rod to quickly connect to the keel. Many workers also call it a meteor hammer, which means early removal of the head.

13

K-Board

Exterior wall panel

This is mainly because the outer wall undertakes the transition of the lower layer and prevents the outer wall from leaking and sagging.

14

Plastering groove

10*100(single-sided trapezoid)

Used for plaster overlap between masonry wall and concrete wall to prevent plaster cracking

15

Drip Line

10*20 (double-sided trapezoid)

Used in places where there is rain outside the structure and it penetrates into the interior

Serial Number	Template Name	Main structural parts	Detailed function description	Legend
1	Interior wall formwork	Walls with floor slabs, such as the inside of exterior walls, kitchens, bedrooms, living rooms, and other areas with small floor or balcony settlements	Used for forming interior load-bearing walls or non-load-bearing partitions. The two sides of the formwork are fixed by tie rods and back ribs to ensure that the wall is vertical and flat after the concrete is formed. This type of formwork is highly standardized and can be used repeatedly. (Divided into tie rod and screw reinforcement systems)
2	Exterior wall formwork	Walls in suspended locations, such as the outside of exterior walls, inside elevator shafts, or light shaft stairs, where there is no suspended floor or where the walls have large settlements	Used for forming indoor and outdoor suspended load-bearing walls or non-load-bearing partition walls. Tie rods and back ribs secure the two sides of the formwork, ensuring a vertical and flat wall after concrete forming. This type of formwork is highly standardized and can be reused. (Divided into tie rod and screw reinforcement systems)
3	Beam bottom formwork	Lower surface of beam	The bottom of the beam supports the weight of the concrete and is the most stressed part of the beam formwork. It is equipped with a strong support system (support pole + support head) to prevent sagging.
4	Beam side formwork	Left and right sides of the beam	Used for forming concrete on both sides of the beam, it is joined with the beam bottom formwork and column formwork to form a three-sided enclosure. Through-wall screws, it is pulled against the opposite formwork to ensure cross-sectional dimensions and lateral stability.
5	roof formwork	Floor horizontal surface, corner C groove, easily removable C groove, etc.	This is the base formwork for the concrete floor slab in a building, directly supporting the entire slab. It is laid on the keel and has adjustable support posts underneath. It is usually constructed in conjunction with beam formwork. Steel-formed slabs are subject to high loads and require dense support.
6	Column formwork	vertical column	Used for shaping concrete columns (such as frame columns). Depending on the column shape, it can be divided into square column formwork and round column formwork. The formwork is closed with hoops, bolts, or tension rods, and requires high rigidity.
7	Cover template	Sealing and trimming	Used at wall ends, such as ends and opening edges. Responsible for local splicing and closing to ensure the integrity of the formwork system.
8	Yin and Yang corner template	The connection between wall corners and beam corners, C groove, angle steel, etc.	Designed for use at interior and exterior corner joints, these panels provide a clear, defined corner profile. Corner panels can be either fixed or adjustable, and are often achieved using custom "L-shaped" or "Z-shaped" panels.
9	Staircase formwork	stairwell	Special structural formwork, divided into three categories: treads, inclined plates, and side forms, is used for the integral pouring of staircase concrete. Almost all of them are custom-made, requiring high construction difficulty and stringent precision.
10	Opening template/reserved template	Doors, windows, pipes, wellheads, etc.	It is mainly used to reserve openings in walls or floor slabs to avoid repeated openings at a later time.
11	keel, steel beam	Main keel, secondary keel	The primary load-bearing member of the formwork keel system, arranged along the main direction of the formwork, is used to transfer the forces exerted on the secondary keel and formwork to the bottom support system (vertical poles). It provides strong support and controls the overall rigidity of the structure. It is often connected to an adjustable support head.
12	Early removal	Meteor hammer, support head	A trapezoidal member is installed at the top of the support rod to quickly connect to the keel. Many workers also call it a meteor hammer, which means early removal of the head.
13	K-Board	Exterior wall panel	This is mainly because the outer wall undertakes the transition of the lower layer and prevents the outer wall from leaking and sagging.
14	Plastering groove	10*100(single-sided trapezoid)	Used for plaster overlap between masonry wall and concrete wall to prevent plaster cracking
15	Drip Line	10*20 (double-sided trapezoid)	Used in places where there is rain outside the structure and it penetrates into the interior