CCBlocks is still in the early stage of research and development. These answers summarize the current Google Sites FAQ for this website.
Current answers about the coconut brick materials, prototype performance, and planned applications.
Coconut bricks are made from coconut shell powder, coconut fiber, and natural binders. The shell powder strengthens the bond, while the fiber adds durability and helps prevent cracks.
Because the project is starting in Indonesia, the exact binders may vary depending on the resources available in each coconut-abundant region.
Cement bricks are stronger. Coconut bricks are designed for applications where cement bricks are not necessary.
In observed prototype testing, the bricks could withstand a car driving over them with only minor surface dents. They have also passed waterproof tests and are being developed for one-story house applications.
CCBlocks is still working toward Indonesian construction standards and continues to improve the material through research and collaboration, including support from material scientists and chemists.
Current prototypes are durable enough to withstand a car in observed prototype testing with minor surface dents.
Full-scale pressure and construction testing for Indonesian building standards is still ongoing. The bricks are designed for one-story houses, and development continues so their reliability can be confirmed.
Coconut bricks use discarded coconut waste, local binders, and potentially other recycled materials while avoiding intensive heating.
This can reduce CO2 emissions compared with traditional bricks and gives value to materials that would otherwise go to waste.
At this early stage, coconut bricks are designed for first-story houses, gardening, wall construction, and non-structural infill or core filler in hollow concrete blocks.
They are waterproof for at least up to 24 hours in current testing, and they are currently suitable for gardening applications. CCBlocks is still running tests to ensure optimal performance.
In the future, the project aims to develop coconut bricks for two- to three-story residential and commercial buildings, with the Google Sites FAQ noting an expected 3 to 4 year development horizon.
Coconut construction bricks have not yet been tested in full-scale construction.
They are still being developed to meet Indonesian construction standards, and the Google Sites FAQ notes they need to become about nine times stronger than the current version.
They have passed waterproof tests. In observed prototype testing, they withstood at least 85% of the load when driven over by a Honda SUV, based on the FAQ source estimate of 1,680 lb total weight and approximately 420 lb per tire.
For now, CCBlocks plans to start with smaller applications such as garden walls before moving into larger construction projects.
How the project may support local communities, affordability, and future availability.
CCBlocks supports local communities by finding new uses for discarded coconut waste, reducing environmental pollution, and promoting sustainable practices.
The project aims to strengthen the local coconut ecosystem, encourage community involvement in eco-friendly building methods, create jobs, and provide some income benefits for farmers and their communities.
The cost depends on location. As an early estimate from the Google Sites FAQ, coconut bricks may be roughly 40% cheaper than conventional bricks in urban areas of Indonesia where the project is starting.
In rural areas, they may be similar in price or up to 1.5 times more expensive. These estimates may change over time because local economy, supply chain, infrastructure, distance, climate, and living costs all affect price.
The FAQ source describes CCBlocks as operating for-profit in areas where sales can generate revenue, with dividends and remaining profits supporting CCBlocks Social Enterprise for underserved communities.
Not at the moment. CCBlocks does not have a distribution facility set up yet.
You can contact the team to be notified, and they can follow up when the warehouse and distribution system are ready.
Ways to connect with CCBlocks as the project continues through early-stage research and development.
You can support CCBlocks through partnerships, research, production, distribution, funding, donations, networking, expert support, advocacy, and awareness.
Material scientists, chemists, economists, engineers, organizations, architects, and builders with shared sustainability goals can all help move the project forward.
Every form of support helps CCBlocks advance sustainable building solutions and expand its impact.
If you have a question, local perspective, or public feedback, please share it with the team. Your message can help improve how CCBlocks explains its progress.