Hemp-Based Materials Engineered As Additives For Polymers
The performance characteristics of hemp materials have been known for generations. When Henry Ford built a car that used hemp materials in plastics to replace steel, the world was able to see a commercially viable application of natural fibers.
Unfortunately, only a few short years later, hemp was made illegal and the industrial hemp supply chain disappeared. This left hemp as an afterthought in the world of manufacturing.
But, today, the tables have turned.
Industrial hemp became federally legal with the passing of the 2018 Farm Bill. This opened the doors for hemp materials to find use cases across every industry imaginable.
Heartland is one of a few companies aiming to build a reliable industrial hemp supply chain that supports manufacturers across industry.
Building the first industrial hemp supply chain is a tall order. There is no blueprint for replicating this model, this means that the leaders seeking to build the industrial hemp supply chain are given a blank canvas. They can paint any picture they want.
Over the past 12 months, the differentiation between Heartland and its competitors has become clear. Each company in the industrial hemp space has a specific go-to-market strategy. Because of how different these market penetration strategies are, Heartland is finding itself sitting in a category of its own.
Other industrial hemp companies are focused on markets like animal bedding and textiles. Our team researched these markets during the summer of 2020 and felt that there were substantial roadblocks that make those markets unsuitable for an American industrial hemp supply chain.
Heartland’s executives landed on the 500,000,000,000 pound per year plastics industry. We saw this as a viable market penetration strategy because:
- Plastics is a raw material that is procured by most large manufacturers.
- The world is looking for more sustainable solutions across raw material supply chains.
This told us that the plastics market was ripe for adopting hemp materials. But, when we started working in the plastics market, we thought that bioplastics were the solution. This would have meant that Heartland’s strategy was to convert hemp into a bioplastic that would be used as a replacement to the plastic that’s already used across industries.
We tried selling bioplastics to the plastics industry and failed. For many reasons, the plastics industry just didn’t want (or wasn’t ready for) bioplastics. After dozens of calls, we started to figure it out.
The plastics industry has pre-existing relationships and supply chains that have existed for generations. As a start-up, it was unreasonable for us to assume that we would be overtaking the raw material supply chains of some of the largest manufacturers on the planet.
We realized that if we wanted to successfully operate in the plastics industry, we needed to figure out how to align with the industry’s pre-existing relationships and supply chains.
This was the inflection point that brought us to our current market position.
Hemp-Based Materials Engineered As Additives for Polymers
The additives market was the clear answer to the problems within the plastics and manufacturing industry. Most companies know which resins they will procure over the next few years. What they’re open to change are the additives that are used in those resins.
So, we started creating hemp materials that could be used as additives in commonly used plastics like polypropylene and polyethylene.
Hemp Hurd comes from the inner woody core of the stalk, and can be used as volume fillers in plastics to replace toxic additives like talc and calcium carbonate.
Hemp Fibe comes from the outer edges of the stalk, and can be used as a reinforcement agent in plastics to replace toxic additives like fiberglass and carbon fiber.
We started infusing plastics with Imperium Inside, unlocking new value propositions for the plastics industry by creating stronger, lighter, cheaper, and more sustainable compounded materials. But, at first, we didn’t get the results we wanted.
Plastic compounders were having a hard time adding hemp above 10%-20% load rates. We knew that if hemp materials could only make up 10%-20% of the weight of the total plastic, then plastics companies wouldn’t be able to realize the full strength, weight, cost, and carbon benefits of hemp.
This brought our team back to the drawing board. We were no longer focused on just providing plastic additives, we were focused on engineering hemp materials as additives for polymers.
Solving Hemps Problems
- Creating an optimal input format so that hemp can be used at 20%-80%+ load rates.
- Treating the hemp fibers with certain materials that bring out its performance properties.
- Finding the additives that help the hemp materials bond to the plastic.
- Finding the other additives that create performance properties that our customers want.
- Diving into material innovation so that we could create graphene from hemp efficiently.
Our focus on engineering hemp additives means that the plastics compounders that receive our materials are not just getting a big bag of hemp fibers and hemp hurds. They are getting hemp materials that were engineered to a specific size, moisture content, surface area, aspect ratio, and input format that is designed for their existing equipment.
These materials are then mixed with specific additives that bring out performance properties and allow hemp to be loaded into plastic at above 80% load rates. This significantly improves performance over a traditional hemp material.
We are working with dozens of plastics compounders that have been very specific about their needs and problems. So, we have modified the input format of our hemp materials to make sure that we’re creating solutions that can be used across all their customers.
We started with a focus on commonly used thermoplastics, and have quickly evolved into other types of polymers. We have customers focused on foams (polystyrene) and rubber (elastomers) that are testing our hemp materials for applications that will be used globally.
The expansion into other types of polymers is showing us that the additives market is much larger than just plastics. Foam and rubber applications are being developed over the next few months. And, within the next year, we will have supply chains that are focused specifically on hemp additives for the building materials market.
The world of additives extends into every raw material on the planet. Most of the industrial hemp companies that we “compete” with are focused on the $5B-$10B hemp industry. They think that they can take market share in the hemp industry by building a reliable hemp supply chain.
Plastics, rubbers, foams, building materials, metals, and wood are just a few of the market sectors we will be tackling over the next few years. We are focused on TAMs (total addressable markets) that are in the trillions.
Every material you see around you right now can use hemp as an additive to enhance the performance properties and reduce the carbon footprint. It’s our responsibility to provide the world with the sustainable future that they need and deserve.
Join us on the journey as we build a world out of hemp.