NOVEL MICROSTRUCTURES OF MYCELIUM AND MYCELIUM-BASED MATERIALS
A novel microstructure of a mycelium material exhibiting a high mass density whereby the mycelium material exhibits a much greater spatial density of hyphal branches and hyphal connections than is otherwise found in nature. The material further provides improved macroscopic properties typified by high tensile strength, high flexural toughness and increased tear strength.
1 . A vegetative mycelium material at least 10 mm by 10 mm by 0.5 mm in size, the vegetative mycelium material grown as a component of a fungal organism under controlled growth conditions and comprising:
a. a mycelial microstructure further comprising mycelial compounds having a mass density and comprising chitin and polysaccharides;
b. whereby the vegetative mycelium material has a high spatial density of hyphal branches and hyphal connections, and thereby improved macroscopic properties of flexural strength exhibited by a bally flex of at least 100,000;
c. whereby the vegetative mycelium material is pure mycelium with no solid media particulate.
2 . The vegetative mycelium material of claim 1 wherein the material exhibits a bally flex of at least 150,000.
3 . The vegetative mycelium material of claim 1 wherein the material exhibits a bally flex of at least 200,000.
4 . A vegetative mycelium material at least 10 mm by 10 mm by 0.5 mm in size, the vegetative mycelium material grown as a component of a fungal organism under controlled growth conditions and comprising:
a. a mycelial microstructure further comprising mycelial compounds having a mass density and comprising chitin and polysaccharides;
b. whereby the vegetative mycelium material has a high spatial density of hyphal branches and hyphal connections and an average pore size of between 3.0-6.0;
5 . The vegetative mycelium material of claim 4 wherein the vegetative mycelium material exhibits an average pore size of between 3.5-5.0.
6 . The vegetative mycelium material of claim 4 wherein the material is a vegetative mycelium composite textile formed between the fungal organism and non-fungal materials.
7 . The vegetative mycelium material of claim 4 whereby the vegetative mycelium material is pure mycelium with no solid media particulate.
8 . The vegetative mycelium material of claim 4 wherein the vegetative mycelium material water absorption capability is at most 150% of its own weight in water.
9 . The vegetative mycelium material of claim 9 wherein the vegetative mycelium material water absorption capability is at most 125% of its own weight in water.
10 . The vegetative mycelium material of claim 9 wherein the vegetative mycelium material water absorption capability is between 125% and 150% of its own weight in water.
11 . A vegetative mycelium composite textile at least 10 mm by 10 mm by 0.5 mm in size, the vegetative mycelium material grown as a component of a fungal organism under controlled growth conditions and comprising:
a. a mycelial microstructure further comprising mycelial compounds having a mass density and comprising chitin and polysaccharides;
b. non-fungal materials forming a composite textile with said mycelial compounds;
c. whereby the vegetative mycelium composite textile has a high spatial density of hyphal branches and hyphal connections, and thereby improved macroscopic properties of high water retention, tensile strength, flexural strength, and tear strength;
d. whereby mycelial material makes up at least 50% of the weight of the composite; and
e. wherein the vegetative mycelium composite textile exhibits a tensile strength of at least 8 MPa.
12 . The vegetative mycelium composite textile of claim 11 , wherein the mycelial material makes up at least 50% of the net weight of the composite.
13 . The vegetative mycelium composite textile of claim 11 , wherein the mycelial material makes up at least 50% of the dry weight of the composite.
14 . The vegetative mycelium composite textile of claim 11 , whereby the composite exhibits a tensile strength of at least 12 MPa.
15 . The vegetative mycelium composite textile of claim 11 , whereby the composite exhibits a tensile strength of between 8 and 12 MPa.
16 . A vegetative mycelium composite textile at least 10 mm by 10 mm by 0.5 mm in size, the vegetative mycelium material grown as a component of a fungal organism under controlled growth conditions and comprising:
a. a mycelial microstructure further comprising mycelial compounds having a mass density and comprising chitin and polysaccharides;
b. non-fungal materials forming a composite textile with said mycelial compounds;
c. whereby the vegetative mycelium composite textile has a high spatial density of hyphal branches and hyphal connections, and thereby improved macroscopic properties of high water retention, tensile strength, flexural strength, and tear strength;
d. whereby mycelial material makes up at least 50% of the weight of the composite; and
e. wherein the vegetative mycelium composite textile exhibits a tongue tear strength of at least 8N.
17 . The vegetative mycelium composite textile of claim 16 , wherein the mycelial material makes up at least 50% of the net weight of the composite.
18 . The vegetative mycelium composite textile of claim 16 , wherein the mycelial material makes up at least 75% of the net weight of the composite.
19 . The vegetative mycelium composite textile of claim 16 , wherein the mycelial material makes up at least 50% of the dry weight of the composite.
20 . The vegetative mycelium composite textile of claim 16 , wherein the mycelial material makes up at least 75% of the dry weight of the composite.
21 . The vegetative mycelium composite textile of claim 16 , whereby the composite exhibits a tongue tear strength of at least 50 N.
22 . The vegetative mycelium composite textile of claim 16 , whereby the composite exhibits a tongue tear strength of between 8 and 50 N.