Building Formwork

Calcium-based building formwork is a newly upgraded, future-oriented eco-friendly product. It performs better than metal formwork and costs less than wooden formwork.

Adopting a hollow honeycomb structure, it weighs only one-third of steel formwork, allowing easy handling and installation by a single worker to effectively reduce construction labor. Its smooth surface delivers excellent concrete finishing after demolding, eliminating secondary plastering procedures and greatly improving construction efficiency. It is waterproof and corrosion-resistant, free from deformation and mildew in humid construction sites. It can also be cut and nailed, flexibly adapting to various special-shaped construction scenarios.
This formwork can be reused over 50 times, with a much lower single-use cost than traditional wooden formwork. It cuts labor and auxiliary material expenses, and is 100% recyclable. Compared with steel formwork, it requires no anti-rust maintenance and features lower transportation & loading costs. The overall comprehensive cost is reduced by 30%, providing long-term cost reduction and improvements in efficiency for any construction project.

Calcium-based building formwork, with a thickness of 10-20mm, is a high-polymer composite made from natural calcium powder and plastic.

Its core advantage lies in superior usability while meeting all construction requirements. It features excellent flatness and a smooth surface, delivering outstanding concrete forming results after pouring compared to wood. With strong water retention, it effectively prevents moisture loss and ensures high-quality pouring. The formwork can be cut, sawed, and nailed, flexibly adapting to construction of various special-shaped structures. It also boasts excellent heat dissipation and resistance to high and low temperatures, standing up to the harsh conditions of construction sites.
Compared with metal formwork, its weight is significantly reduced. This allows easy handling and installation by a single worker--saving time, effort and labor. It is easy to construct, can be demolded smoothly without release agents, and is resistant to acids and corrosion, giving each formwork a longer service life. It greatly improves construction efficiency and reduces construction difficulty.

Calcium-based building formwork delivers extreme cost reduction throughout the entire construction cycle, making it an excellent alternative to traditional formwork.

It can be reused for approximately 50 cycles, with a far lower single-use cost than wooden formwork, eliminating the need for frequent new material purchases. After retiring the formwork, it is 100% recyclable and supports discounted replacement with new boards, boasting a high residual value to further amortize costs. Its smooth, flat surface ensures excellent concrete forming results, directly eliminating the two plastering processes and significantly saving labor and material expenses.
It can be easily demolded without release agents, reducing consumable input. Meanwhile, its lightweight and space-saving design results in significantly lower storage and transportation costs than metal formwork. Cost savings are seen along the entire chain from procurement and construction to operation and maintenance, truly realizing long-term cost reduction and efficiency improvement for construction projects.

Calcium-based building formwork is committed to providing sustainable solutions through eco-friendly recycling.

Made with natural calcium powder as the core raw material, it significantly reduces plastic usage, serving as a green alternative to traditional wooden formwork and practicing low-carbon concepts from the source.It perfectly replaces wooden formwork, effectively reducing tree felling and forest destruction to protect the ecological environment. During construction, it eliminates the need for release agents and other chemical consumables, lowering pollution emissions and achieving clean construction.
With a long service life, it can be reused repeatedly to reduce waste generation. After use, it supports discounted recycling and replacement, and is 100% recyclable, avoiding resource waste. It truly realizes full-life-cycle environmental protection from production and construction to recycling, driving the green and sustainable development of the construction industry.

Calcium-based Formwork: The Optimal Choice for Modern Construction

Calcium-based building formwork boasts a variety of outstanding features and is widely used in the green building sector. Firstly, it is lightweight, effectively reducing the burden during transportation and installation, thus saving related costs. Secondly, its smooth surface makes coating and printing easier, enhancing both aesthetics and functionality. It also offers the advantage of easy demolding, simplifying the production process and improving efficiency.
In addition, this hollow board is highly impact-resistant, providing better protection in various application scenarios. Finally, it has excellent wear resistance, ensuring long-lasting durability even in frequently used environments. These advantages make it an ideal eco-friendly alternative material for the construction industry, meeting the high standards of modern green building requirements.

Calcium-based Formwork outperforms PVC, wooden, and aluminum formwork across every critical metric, delivering unrivaled value for construction projects.
It boasts 60-100 reuse cycles, far exceeding wooden formwork’s 4-6 times, with minimal expansion/shrinkage, excellent wear resistance, and easy demolding. Lighter than PVC and aluminum, it cuts labor and transport costs, while its high residual value and low purchase price allocation maximize long-term savings.
100% eco-friendly and recyclable, it eliminates the waste of wooden formwork and the high cost of aluminum. For durability, sustainability, and total cost efficiency, Calcium-based Formwork is the clear optimal choice.

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Our Strength

CALCOR® calcium-based building formwork is a next-generation eco-friendly material combining high strength with lightweight performance—about one-third the weight of steel formwork, improving construction efficiency. Its smooth surface ensures easy demolding and eliminates secondary plastering. It is waterproof, corrosion-resistant, and deformation-free, suitable for harsh environments. Reusable over 50 times, it significantly reduces overall costs compared to traditional timber formwork and is 100% recyclable, supporting sustainable construction.