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Omni-Posite
Innovative materials and technologies for a sustainable future
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Welcome to Omni-Posite, a startup company dedicated to driving innovation and sustainability in the construction, automotive, and electronics industries. We are excited to introduce our line of hemp-based nuts, bolts, and screws with integrated battery capabilities, as well as our range of plant-based meta-materials and nano-materials.
As a startup, we are constantly looking for new ways to leverage the latest technologies and materials to solve real-world problems. We believe that hemp-based materials have the potential to revolutionize the way we build and power the world around us, and we are committed to developing and selling products and services that are strong, durable, sustainable, and reliable. In addition to our current offerings, we are also actively engaged in R&D to develop new and innovative products and services based on hemp-based materials and other bio-composite materials.
Eco-Friendly Materials at Omni-Posite
- Omni-Posite is committed to using environmentally-friendly materials in all products.
- We use bio-composite materials made from natural fibers and binding agents for sustainability.
- Bio-composite materials offer durability, strength and can be lightweight.
- Our bio-composite materials are renewable and help reduce pollution and waste.
- Our bio-composite materials are suitable for a wide range of applications and withstand wear and tear. Our materials have solar applications.
Below is a list of bio-composite materials that we are currently using or considering using at Omni-Posite:
Wood-Plastic Composite (WPC)
Wood-plastic composite (WPC) is a material made from a mixture of wood fibers and plastic. It is often used for outdoor applications, such as decking, fencing, and railing, as well as for park benches, picnic tables, window and door frames, and cladding and siding.
Hemp-Based Composite
Hemp-based composite is a material made from hemp fibers and a binding agent. It can be used for a variety of applications, including automotive parts, construction materials (such as insulation and wall panels), and furniture.
Flax-Based Composite
Flax-based composite is a material made from flax fibers and a binding agent. It can be used for automotive parts, construction materials, and furniture.
Rice Hull-Based Composite
Rice hull-based composite is a material made from rice hulls and a binding agent. It can be used for automotive parts, construction materials (such as insulation), and agricultural products (such as mulch and seedlings trays).
Eco-Friendly Materials at Omni-Posite
Cornstarch-Based Composite
Cornstarch-based composite is a material made from cornstarch and a binding agent. It is a biodegradable and compostable alternative to traditional plastic materials. It can be used for packaging materials (such as biodegradable food containers), disposable cups and utensils, and more.
Banana Fiber-Based Composite
Banana fiber-based composite is a material made from banana fibers and a binding agent. It can be used for nonwoven fabrics, ropes, and geotextiles.
Rice Straw-Based Composite
Rice straw-based composite is a material made from rice straw and a binding agent. It can be used for construction materials (such as insulation and flooring), automotive parts, and furniture.
Bamboo-Based Composite
Bamboo-based composite is a material made from bamboo fibers and a binding agent. It can be used for outdoor decking, fencing, and railing; park benches, picnic tables; window and door frames; cladding and siding; automotive parts; construction materials (such as insulation and flooring); and furniture.
Kenaf-Based Composite
Kenaf-based composite is a material made from kenaf (a type of hibiscus plant) fibers and a binding agent. It can be used for nonwoven fabrics, ropes, and geotextiles.
Recycled Rubber and Wood Composite
Recycled rubber and wood composite is a material made from recycled rubber and wood fibers. It can be used for outdoor decking, playground surfaces, and horse arena footing.
Sisal-Based Composite
Sisal-based composite is a material made from sisal (a type of agave plant) fibers and a binding agent. It can be used for nonwoven fabrics, ropes, and geotextiles.
Eco-Friendly Materials at Omni-Posite
Products and services
Bio-based Nuts
Our hemp-based nuts are made from processed hemp fiber and feature integrated battery technology. They are strong and durable alternatives to traditional steel nuts, and can be used in a variety of applications, such as fastening furniture or appliances. The integrated battery technology allows the nuts to store and release electrical energy as needed.
Bio-based Bolts
Our hemp-based bolts are similar to the hemp-based nuts, and are made from processed hemp fiber with integrated battery technology. They can be used in a range of applications, such as attaching structural elements or securing heavy machinery, and can store and release electrical energy as needed.
Bio-based Screws
Our hemp-based screws are made from processed hemp fiber and feature integrated battery technology. They are strong and durable alternatives to traditional steel screws, and can be used in a variety of applications, such as fastening wood or metal components. The integrated battery technology allows the screws to store and release electrical energy as needed.
Bio-based Fastener Kits
Our hemp-based fastener kits provide a selection of hemp-based nuts, bolts, and screws, along with any necessary tools or accessories, for use in a variety of home improvement or construction projects. The fasteners in the kits feature integrated battery technology and can store and release electrical energy as needed.
Products and services
Bio-based nuts:
These nuts, made from processed hemp fiber and featuring integrated battery technology, are strong and durable alternatives to traditional steel nuts. They can be used in a variety of applications, such as fastening furniture or appliances, and can store and release electrical energy as needed
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Bio-based bolts:
Similar to the hemp-based nuts, these bolts are made from processed hemp fiber and feature integrated battery technology. They can be used in a range of applications, such as attaching structural elements or securing heavy machinery, and can store and release electrical energy as needed.
Bio-based screws:
These screws, made from processed hemp fiber and featuring integrated battery technology, are strong and durable alternatives to traditional steel screws. They can be used in a variety of applications, such as fastening wood or metal components, and can store and release electrical energy as needed.
Bio-based fastener kits:
These kits provide a selection of hemp-based nuts, bolts, and screws, along with any necessary tools or accessories, for use in a variety of home improvement or construction projects. The fasteners in the kits feature integrated battery technology and can store and release electrical energy as needed.
Products and services
Bio-based fastener installation services:
In addition to the products listed above, the company could also offer installation services for the hemp-based fasteners. This could include sending technicians to install the fasteners on-site at a customer's location, or providing training to customers on how to install the fasteners themselves.
Bio-based fastener repair services:
For customers who have already installed hemp-based fasteners and are experiencing issues with them, the company could offer repair services to fix any problems. This could include sending technicians to diagnose and fix the issue on-site, or providing guidance to customers on how to troubleshoot and fix the problem themselves.
Bio-based fastener maintenance services:
To ensure that the hemp-based fasteners are functioning properly and lasting as long as possible, the company could offer maintenance services to customers.
Products and services
- Bio-based lock mechanisms:
- These lock mechanisms, made from processed hemp fiber and featuring integrated battery technology, are strong and durable alternatives to traditional steel lock mechanisms. They can be used in a variety of applications, such as securing doors or windows, and can store and release electrical energy as needed.
- Bio-based cable ties:
- These cable ties, made from processed hemp fiber and featuring integrated battery technology, are strong and durable alternatives to traditional plastic cable ties. They can be used in a variety of applications, such as bundling cables or wires, and can store and release electrical energy as needed.
- Bio-based chain links:
- These chain links, made from processed hemp fiber and featuring integrated battery technology, are strong and durable alternatives to traditional steel chain links. They can be used in a variety of applications, such as securing heavy loads or providing fall protection, and can store and release electrical energy as needed.
- Bio-based fastener customization services:
- For customers who have specific design or performance requirements for their hemp-based fasteners, the company could offer customization services to meet those needs. This could include designing and producing custom-shaped or sized fasteners, or incorporating additional features such as sensors or connectivity into the fasteners.
- Bio-based fastener testing and certification services:
- To help ensure the quality and performance of the hemp-based fasteners, the company could offer testing and certification services to verify that the fasteners meet industry standards or customer requirements. This could involve conducting a variety of tests, such as strength or durability tests, and providing documentation or certifications to demonstrate the results.
ABOUT US
Omni-Posite is a company that develops and sells innovative products and services based on bio-composite materials, such as hemp. Our goal is to solve real-world problems and create a more sustainable future by using renewable resources and advanced technologies. We offer products and services that are environmentally-friendly, strong, durable, and suitable for a wide range of applications in the construction, automotive, and electronics industries.
Solar Tech
Silicon wafers are too expensive for widespread use in energy conversion and new low-cost, high-efficiency materials are needed. Bio-based materials offer several advantages including the ability to generate electricity without external power sources and scalability. The power grid must be updated to handle the influx of renewable energy and hydrogen fuel cells are a promising solution. Graphene-enhanced electrode materials can improve the performance of fuel cells and hemp nano-sheets, made from industrial hemp, have a similar structure to graphene and can be used in hydrogen storage.
Solar Tech
Omni-Posite is researching and developing a solar panel solution using hemp nano-sheets, perovskite solar cells, micro-fluidics, magnetic fields, nanotubes, and exclusion zone water. The company plans to work with associated companies to create a prototyping lab space to build the finished product, which will include a 3D printed frame design, a trichrome nanotube layer for water absorption, and a plasma reactor for structured water. The company will also collaborate with Gerald Pollack and his lab to utilize the fourth phase of water for energy storage in the solar panel's grid storage system. The final goal is to create an irrigation-based grid energy storage system.
Solar Tech
Placing a structured water layer in front of a solar cell in the form of an exclusion zone (EZ) can enhance the absorption of light by the solar cell. This can be achieved by aligning the water molecules within the EZ to create a highly ordered structure. The EZ can act as a waveguide, directing light towards the solar cell and increasing the amount of light that is absorbed.