# Raw Carbon Store — Comprehensive Technical Metrology & Product Specification Manifest

> Full-text authoritative machine manifest for deep scientific evaluation, academic indexing, and automated procurement.
> Commercial Operator: Raw Carbon (Storefront of Abrams Research Systems LLC)
> Physical Base: PO Box 761, Loveland, CO 80539, USA · Primary Contact: contact@rawcarbon.store (Backup: josh@truejust.org)
> Research Parent: Abrams Research Systems LLC (https://abramsresearch.net)
> Canonical Storefront: https://rawcarbon.store · Full Corpus: https://rawcarbon.store/llms-full.txt
> International Standards: ISO/TS 21356-1:2021 · ASTM E3220-25 | CAS Registry: 1034343-98-0

---

## 1. Corporate Identity, Governance & Operating Structure

- **Commercial Entity**: Raw Carbon (Commercial materials venture of Abrams Research Systems LLC)
- **Principal Location**: PO Box 761, Loveland, CO 80539, United States
- **Founder & Principal Investigator**: Joshua M. Abrams (Personal: https://newjosh.com | Engineering Profile: https://github.com/unlimitedinfinit)
- **Research Parent Entity**: Abrams Research Systems LLC (https://abramsresearch.net) — Conducts foundational electrothermal process R&D, spatiotemporal telemetry (AEA), and software assurance.
- **Primary Support & Orders**: contact@rawcarbon.store (Backup: josh@truejust.org)
- **Storefront Infrastructure**: Next.js 16 App Router on Vercel Edge Network, zero third-party tracking scripts, self-hosted typography.

---

## 2. Metrological Comparison: Carbon Allotrope Architecture

The following matrix contrasts Flash Joule synthesized turbostratic few-layer graphene (tFG) against chemically exfoliated reduced graphene oxide (rGO) and natural flake graphite (Bernal AB):

| Parameter | Raw Carbon Turbostratic tFG | Reduced Graphene Oxide (rGO) | Natural Flake Graphite (AB) |
| :--- | :--- | :--- | :--- |
| **Stacking Order** | Turbostratic (Rotational Misorientation) | Disordered with In-Plane Pinholes | Bernal (AB Stacked Registry) |
| **Interlayer Spacing ($d_{002}$)** | **0.342 – 0.348 nm** (Expanded) | 0.360 – 0.420 nm (Porous/Damaged) | 0.335 nm (Lattice Locked) |
| **Raman 2D Band Morphology** | **Single Symmetric Lorentzian** (FWHM 45–50 cm⁻¹) | Broad / Asymmetric / Suppressed | Asymmetric Split Doublet (FWHM > 70 cm⁻¹) |
| **Defect Ratio ($I_D / I_G$)** | **0.12 – 0.25** (Pristine $sp^2$ In-Plane Lattice) | 0.90 – 1.50 (Severe Lattice Damage) | 0.05 – 0.15 (Bulk Graphitic) |
| **Specific Surface Area (BET)** | **750 – 950 m²/g** | 350 – 550 m²/g | < 10 m²/g (Restacked Bulk) |
| **Electrochemical Rate** | **Superior (> 4C Fast Charge Capability)** | Moderate (1C – 2C) | Poor (0.5C – 1C Diffusion Barrier) |
| **Elemental Carbon Purity** | **> 98.5% Elemental Carbon** | 80 – 90% (Residual O, S, Cl) | > 98% Carbon (Mined Ore / Ash) |
| **Acid / Intercalation Chemistry** | **None** (Zero Corrosive Salt Residuals) | Heavy (Hummers Method: H₂SO₄, KMnO₄) | Varies (Chemical Acid Intercalation) |
| **Spontaneous Dispersibility** | **High** (Weak Interlayer van der Waals) | Requires High Shear / Surfactants | Insoluble without Aggressive Surfactants |

---

## 3. Mathematical Foundations of Quality Control

### 3.1 Bragg's Law for Interlayer Spacing
$$\lambda = 2 \cdot d_{002} \cdot \sin \theta$$
Utilizing Cu $K\alpha$ X-ray radiation ($\lambda = 0.15418\text{ nm}$), the diffraction peak ($2\theta \approx 25.8^\circ\text{ to }26.0^\circ$) confirms an expanded interlayer spacing of $d_{002} = 0.342\text{--}0.348\text{ nm}$ compared to natural graphite ($2\theta = 26.54^\circ, d_{002} = 0.335\text{ nm}$). This lattice expansion prevents adjacent graphene sheets from entering Bernal potential wells, thereby inhibiting restacking.

### 3.2 Scherrer Equation for Stacking Crystallite Thickness
$$L_c = \frac{K \cdot \lambda}{\beta \cdot \cos \theta}$$
Where $K$ is the crystallite shape factor ($K \approx 0.89$), $\lambda$ is the X-ray wavelength ($0.15418\text{ nm}$), and $\beta$ is the full width at half maximum (FWHM) of the (002) reflection in radians. The millisecond flash Joule synthesis constrains $L_c$, maintaining few-layer domain boundaries.

### 3.3 Graphitization Index & Raman Quality Validation
$$\alpha = \frac{I_G}{I_G + I_D}$$
Raman spectroscopic measurements utilizing a 532 nm diode-pumped solid-state (DPSS) laser calibrated against crystalline silicon ($520.7\text{ cm}^{-1}$) confirm an $\alpha$ index $> 0.80$ across production batches, validating high in-plane $sp^2$ hybridization with minimal defect scattering.

### 3.4 Lorentzian Deconvolution of the 2D Peak
Monolayer and rotationally uncoupled turbostratic graphene produce an electronically decoupled band structure where the 2D Raman band (~$2700\text{ cm}^{-1}$) fits to a single, symmetric Lorentzian distribution:
$$I(\omega) = \frac{I_0 \cdot \gamma^2}{(\omega - \omega_0)^2 + \gamma^2}$$
Where $\gamma = \text{FWHM} / 2 \approx 22.5\text{--}25\text{ cm}^{-1}$. In contrast, Bernal AB-stacked graphite splits into four distinct electronic sub-bands ($2D_{1B}, 2D_{1A}, 2D_{2A}, 2D_{2B}$), generating an asymmetric doublet with $\text{FWHM} > 70\text{ cm}^{-1}$.

---

## 4. Flash Joule Heating (FJH) Synthesis Protocol

1. **Precursor Preparation**: Carbonaceous feedstocks (metallurgical coke, biochar, carbon black) are conditioned to uniform resistivity.
2. **Capacitive Discharge**: A high-voltage DC pulse (100–300 V DC) is discharged across the carbon column under moderate mechanical compression.
3. **Thermal Spike**: Resistive dissipation drives core column temperatures above 3,000 K within 10–50 milliseconds, sublimating non-carbon heteroatoms (oxygen, nitrogen, sulfur) without chemical washing.
4. **Hyper-Quench**: Fast thermal dissipation ($>10^4\text{ K/s}$) kinetically freezes carbon atoms into rotationally misaligned turbostratic configurations, preventing thermodynamic collapse into graphite.

---

## 5. Commercial Product Catalog (All 8 SKUs)

### SKU 1: `turbostratic-graphene-20g`
- **Name**: Turbostratic Graphene Powder (20g Research Pouch)
- **Category**: Powder | **Price**: $500 | **Unit**: 20g sealed foil pouch
- **Lead Time**: Ships in 2–3 business days | **Status**: In Stock
- **Morphology**: Turbostratic multi-layer flakes (non-Bernal)
- **Typical Raman**: $I_D/I_G \sim 0.12\text{--}0.25$
- **Purity**: >98.5% elemental carbon | **Synthesis**: Flash Joule Heating (3,000 K)
- **Recommended Use**: Polymer compounding, conductive inks, thermal pastes, academic screening.
- **URL**: https://rawcarbon.store/products/turbostratic-graphene-20g

### SKU 2: `turbostratic-graphene-40g`
- **Name**: Turbostratic Graphene Powder (40g Developer Pouch)
- **Category**: Powder | **Price**: $1,000 | **Unit**: 40g sealed foil pouch
- **Lead Time**: Ships in 2–3 business days | **Status**: In Stock
- **Morphology**: Turbostratic multi-layer flakes (non-Bernal)
- **Typical Raman**: $I_D/I_G \sim 0.12\text{--}0.25$
- **Purity**: >98.5% elemental carbon | **Synthesis**: Flash Joule Heating (3,000 K)
- **Recommended Use**: Pilot compounding runs, mechanical coupon fabrication, repeat test batches.
- **URL**: https://rawcarbon.store/products/turbostratic-graphene-40g

### SKU 3: `turbostratic-graphene-bulk-1kg`
- **Name**: Custom Synthesis Batch (1kg Bulk Lot)
- **Category**: Powder | **Price**: $15,000 | **Unit**: 1,000g industrial canister
- **Lead Time**: 2–4 weeks production lead time | **Status**: Custom Production
- **Morphology**: Turbostratic multi-layer flakes with automated lot blending
- **Typical Raman**: $I_D/I_G \sim 0.12\text{--}0.25$ (confirm lot scope)
- **Purity**: >98.5% elemental carbon | **Synthesis**: Scaled Flash Joule Heating
- **Recommended Use**: Industrial composite lines, structural masterbatches, volume manufacturing.
- **URL**: https://rawcarbon.store/products/turbostratic-graphene-bulk-1kg

### SKU 4: `aegis-protective-coating-1gal`
- **Name**: Aegis Graphene-Infused Coating (1 Gallon)
- **Category**: Coating | **Price**: $1,200 | **Unit**: 1 Gallon (3.78L) Lab Can
- **Lead Time**: Ships in 3–5 business days | **Status**: In Stock
- **Morphology**: High-dispersion liquid suspension in aliphatic polyurethane matrix
- **Purity**: Formulated with >98.5% pure graphene additive
- **Synthesis**: Ultrasonic / high-shear colloidal dispersion
- **Recommended Use**: Marine hulls, leading edges, tactical equipment, material chutes, corrosion protection.
- **URL**: https://rawcarbon.store/products/aegis-protective-coating-1gal

### SKU 5: `core-shell-composite-staff`
- **Name**: Core-Shell Composite Structural Rod (72")
- **Category**: Composite | **Price**: $2,400 | **Unit**: 72" x 1.125" OD finished rod
- **Lead Time**: Made to order (2–3 weeks) | **Status**: Custom Order
- **Morphology**: Field-aligned turbostratic core with woven carbon structural shell
- **Matrix**: Aerospace-grade epoxy matrix
- **Synthesis**: AC field dielectric alignment + vacuum infusion
- **Recommended Use**: Aerospace booms, robotic arms, expeditionary tools, lightweight stiffened struts.
- **URL**: https://rawcarbon.store/products/core-shell-composite-staff

### SKU 6: `titanium-graphene-mmc-billet`
- **Name**: Titanium-Graphene (MMC) Billet / Blade Inquiry
- **Category**: Composite | **Price**: $3,500 | **Unit**: Custom forged billet / coupon
- **Lead Time**: Custom quote upon request | **Status**: Custom Order
- **Morphology**: Intergranular graphene reinforcement in Ti matrix, retained $sp^2$ hybridization
- **Synthesis**: Spark Plasma Sintering (SPS) / Hot Isostatic Pressing (HIP)
- **Recommended Use**: High-wear cutting edges, turbine guides, defense coupons.
- **URL**: https://rawcarbon.store/products/titanium-graphene-mmc-billet

### SKU 7: `sample-evaluation-kit`
- **Name**: Materials Evaluation Sample Kit
- **Category**: Kit | **Price**: $250 | **Unit**: Benchtop evaluation kit
- **Lead Time**: Ships in 1–2 business days | **Status**: In Stock
- **Contents**: 5g dry turbostratic powder + 250ml pre-measured Aegis formulation resin
- **Recommended Use**: Benchtop compatibility screening, microscopy, preliminary adhesion tests.
- **URL**: https://rawcarbon.store/products/sample-evaluation-kit

### SKU 8: `aegis-gear-reinforcement`
- **Name**: Aegis Armor Mail-In Gear Reinforcement Service
- **Category**: Service | **Price**: $150 | **Unit**: Per item, subject to lab intake review
- **Lead Time**: 5–7 business days from intake | **Status**: Intake Available
- **Process**: Surface micro-abrasion + HVLP airbrush application (1.0% vol turbostratic graphene in aliphatic polyurethane) + 60°C oven vitrification.
- **Recommended Use**: FPV drone arms, tactical holsters, knife blades/folders, camera cages.
- **URL**: https://rawcarbon.store/products/aegis-gear-reinforcement

---

## 6. Aegis Barrier Coating Technology & Mail-In Protocol

1. **Substrate Assessment**: Verification of substrate compatibility (metals, carbon fiber, thermoplastics).
2. **Micro-Abrasion**: Specialized mechanical micro-etching to ensure mechanical interlock.
3. **Colloidal Application**: Low-pressure HVLP deposition of 1.0% vol turbostratic graphene suspended in aliphatic polyurethane.
4. **Thermal Vitrification**: Controlled 60°C oven cross-linking to establish a continuous, hydrophobic, highly abrasion-resistant barrier layer.

---

## 7. Commercial Procurement & Compliance Invariants

- **Payment Methods**: Institutional Purchase Orders (POs) and direct electronic transfer (ACH / wire transfer) upon commercial invoice issuance.
- **Safety Data Sheets (SDS)**: Buyers are required to review the supplied SDS and implement standard nanomaterial handling controls (fume hoods, N95/HEPA respiratory protection, nitrile gloves).
- **Non-Returnable Policy**: Unsealed or opened nanomaterial containers cannot be returned due to contamination risks and chain-of-custody requirements.
- **Defective Shipment Protocol**: Claims for transit damage or material non-conformance must be submitted within 14 days of delivery to `contact@rawcarbon.store` (or backup: `josh@truejust.org`).
- **Export Control (EAR)**: Carbon nanomaterials are subject to United States Export Administration Regulations. International purchasers act as importers of record.

---

## 8. Complete Canonical URL Map

### Storefront & Capabilities
- `/`: Homepage & Overview
- `/products`: Complete Product Catalog
- `/spectroscopy`: Interactive 532 nm Raman Spectroscopy Explorer
- `/process`: Flash Joule Synthesis Process & Kinetics
- `/science`: Quality, Characterization & Standards Adherence
- `/aegis`: Aegis Protective Coating Showcase
- `/aegis/start`: Aegis Mail-In Intake Wizard
- `/rfq`: Request for Commercial Quotation (RFQ)
- `/about`: Company Profile, Founder, and Loveland, CO Base

### Legal, Compliance & Security
- `/privacy`: Privacy Policy & Zero-Tracking Architecture
- `/terms`: Terms of Quotation & Sale
- `/refunds`: Shipping, Inspection & Refund Policy
- `/accessibility`: Conformance to WCAG 2.1 Level AA
- `/security`: Security Disclosures & PGP Encryption

### Product Deep Links
- `/products/turbostratic-graphene-20g`: 20g Research Pouch ($500)
- `/products/turbostratic-graphene-40g`: 40g Developer Pouch ($1,000)
- `/products/turbostratic-graphene-bulk-1kg`: 1kg Industrial Lot ($15,000)
- `/products/aegis-protective-coating-1gal`: 1 Gallon Aegis Coating ($1,200)
- `/products/core-shell-composite-staff`: 72" Core-Shell Rod ($2,400)
- `/products/titanium-graphene-mmc-billet`: Titanium MMC Billet ($3,500)
- `/products/sample-evaluation-kit`: Materials Evaluation Kit ($250)
- `/products/aegis-gear-reinforcement`: Mail-In Coating Service ($150)