Hemp-Fly Ash Concrete Mix
Sustainable Hemp-Fly Ash Concrete developed for structural concrete construction Hemp aggregate 3070 in Fly Ash creates lightweight insulating concrete with excellent carbon sequestration properties Stage: commercial.
18,638 industrial hemp products spanning textiles, construction, food, bioplastics, paper, nutraceuticals, biofuel, and dozens of other applications. Sorted by most-recently updated; filter by industry, plant part, or commercialization stage to narrow.
Sustainable Hemp-Fly Ash Concrete developed for structural concrete construction Hemp aggregate 3070 in Fly Ash creates lightweight insulating concrete with excellent carbon sequestration properties Stage: commercial.
HempBio Electrode represents a groundbreaking advancement in sustainable energy storage, utilizing hemp biomass as a core component in battery electrode manufacturing. Unlike conventional electrodes reliant on mined materials and environmentally damaging production processes, HempBio offers a fully biodegradable and non-toxic alternative. The process likely involves transformin Stage: pilot.
HempHydrogel Concrete Repair represents a groundbreaking advancement in sustainable infrastructure maintenance This innovative product utilizes hemp nanocellulose specifically formulated into a hydrogel to effectively repair cracks and damage in concrete structures Unlike traditional cement-based repairs which have a high carbon footprint and often suffer from shrinkage crackin Stage: pilot.
Fine hemp cord for gardening crafting food packaging Compostable food-safe replaces plastic twine Stage: commercial.
HempBind SR is a sustained release medication excipient derived from hemp hurds designed to control the release of active pharmaceutical ingredients over an extended period Stage: emerging.
Innovative Shoe Upper Material optimized for shoe components construction. Footwear top fabric. Hemp materials provide breathability, durability, and comfort for next-generation footwear design. Stage: development.
Hemp Cellulose Nanocrystal (CNC) Fuel Additives represent a groundbreaking advancement in biofuel technology, leveraging the unique properties of nanoscale cellulose derived from the hemp plant. These additives, created through the controlled extraction and processing of hemp cellulose, are designed to enhance the combustion efficiency of conventional refined hydrocarbon fuels Stage: pilot.
Reusable cleaning cloth from hemp textile More absorbent than cotton dries faster lasts 5x longer Stage: commercial.
Pre-fabricated 3D-printable extraterrestrial habitat panel from hemp-mycelium composite providing thermal regulation impact resistance and radiation shielding Stage: concept.
SmartSocks is a line of hemp-based socks infused with wearable sensor technology that tracks foot health, balance, and movement. The socks provide real-time feedback and alerts to prevent injuries and improve overall foot health. SmartSocks are comfortable, breathable, and durable. Stage: research.
Flame-retardant structural panel from boron-doped hemp fabric with dramatically improved thermal stability for aerospace firewalls Stage: research.
The HempIon Sodium-Ion Battery represents a significant advancement in energy storage technology, leveraging the unique properties of hemp-derived nanocellulose hydrogels. Unlike conventional lithium-ion batteries, HempIon utilizes a sustainable and readily available resource – the cellulose found in hemp – to create high-performance electrode materials. The nanocellulose hydro Stage: prototype.
Heavy-duty Restaurant Table Base designed for hospitality facilities. Heavy-duty table support. Contract-grade hemp furniture meets commercial standards for durability, safety, and sustainable procurement. Stage: development.
The NanoHemp Supercapacitor Electrode represents a significant advancement in energy storage technology, leveraging the unique properties of hemp nanocellulose aerogels. This material is engineered for high-performance supercapacitors, offering a sustainable and environmentally friendly alternative to traditional electrode materials. Derived from hemp biomass, specifically util Stage: development.
Anti-static gypsumhempcrete composite panel optimized using Taguchi method for superior sound absorption while preventing static electricity buildup in commercial and residential applications Stage: emerging.
High-density climate-positive data storage medium from hemp cellulose nanocrystals for carbon-negative AI data center archiving Stage: concept.
Breathable hemp-lime wall coating for building retrofits regulating humidity and improving indoor air quality while sequestering carbon Stage: commercial.
Hemp Lime Composite Board is a sustainable building material made from hemp hurd woody core With excellent thermal properties λ 0074 WmK and natural breathability this product provides super This specific variant features matrix PLA fiber content 40 application furniture Engineered for structural performance with reduced environmental impact Stage: pilot.
Strengthening Remover Pads formulated for polish removers care. Pre-soaked wipes. Hemp oil penetrates deeply to fortify nails and cuticles with essential proteins and vitamins. Stage: research.
This innovative photodetector utilizes hemp bast fiber to create a high-sensitivity graphene-enhanced optoelectronic device for industrial light detection applications Stage: emerging.
Sustainable Cast-in-Place Wall designed for wall systems applications. Monolithic wall construction. Hempcrete provides excellent thermal insulation, breathability, and carbon sequestration while being lightweight and easy to work with. Stage: commercial.
Hemp Clay Composite Board is a sustainable building material made from hemp hurd (woody core). With excellent thermal properties (λ = 0.072 W/mK) and natural breathability, this product provides super This specific variant features: fiber content: 30%, application: industrial. Engineered for structural performance with reduced environmental impact. Stage: pilot.
Hempxcite is a mineral-rich hemp hurd-based product designed to enhance soil structure and fertility for industrial-scale agricultural applications Stage: emerging.
The EcoPore Electrode represents a significant advancement in sustainable energy storage, utilizing a novel nanoporous carbon material derived from hemp biomass. This electrode is engineered for high-performance lithium-ion batteries and supercapacitors, offering a compelling alternative to traditional graphite-based electrodes. The hemp-derived carbon exhibits a unique pore st Stage: pilot.
Nutrient-dense energy bars featuring hemp hearts as primary ingredient Complete protein with sustained energy release for active lifestyles Stage: commercial.