How to Make SSD Solution at Home

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SSD solution is a highly sensitive chemical liquid used for cleaning defaced banknotes, commonly known as DFX notes. At Gemonog Chemical Laboratory (GCL), we have done extensive ssd solution research to uncover how one can safely and professionally produce this volatile substance at home. In this article, we will guide you through everything you need—from understanding SSD chemical composition to full lab requirements for setup.
What is SSD Chemical?
SSD chemical is a laboratory-grade solvent used to clean anti-breeze coated notes. It is composed of powerful chemical elements and must be handled with extreme caution. SSD chemicals are not available legally due to their link to money laundering activities and their dangerous volatility.
According to studies by Gemonog Chemical Laboratory, this compound includes 96.9% electron properties and can easily combust if not stored at regulated temperatures. The chemical formula consists of compounds like NaCl, H₂O, H₂SO₄, C₄H₈, Au 79, among others.
Solute vs Solvent – Understanding Chemical Foundations
To successfully make an SSD solution, it’s important to understand the difference between:
Solute: A substance dissolved in a solvent (e.g., salt).
Solvent: The liquid that dissolves the solute (e.g., water).
In the case of SSD chemical, distilled water is the solvent, and various chemical compounds act as solutes. Over 70% of the final solution is made of distilled water.
Three Lab Stages in SSD Solution Production
1. SSD Chemical Preparation
This step includes collecting all raw materials, especially those structured around NH18O6MAC7S. These are prepared and measured precisely in lab equipment.
2. SSD Chemical Composition
At this stage, specific chemical elements are mixed under cold-controlled temperatures. Our research shows that key compounds include:
NaCl
C₄H₈
H₂SO₄
Au 79 (Gold Element)
C₃H₆O
MgNgK 0.01%
3. SSD Chemical Formula
A chemically balanced formula is key to avoiding combustion. This step involves molecular structure analysis to verify ratios and safely create a stable SSD chemical.
Seven Steps to Make SSD Solution
According to ssd solution research by GCL, follow these steps:
Decide the concentration of your solution
Calculate solute and solvent quantities
Take strict safety precautions
Weigh the solute accurately
Dissolve solute in solvent slowly
Conduct quality checks
Label and store in temperature-controlled containers
Note: Always work under proper lab conditions with emergency backup.
Safety First: Why Timing and Temperature Matter
SSD chemicals become unstable above 77.667°C. Therefore, we at Gemonog Chemical Laboratory recommend conducting SSD chemical production between 1:00 AM and 5:00 AM, when environmental temperatures are lower.
Use air-conditioned lab rooms and chemical incubators to reduce heat buildup. Additionally, storage and transport should only be done in high-grade thermal containers, often using private jets to avoid delays that could trigger chemical combustion.
Setting Up a Private SCDN Lab at Home
If you’re planning to make SSD solution at home, you must first create a private SCDN laboratory space. Here's what you need:
Required Equipment:
Microscope
Test Tubes
Volumetric Flask
Bunsen Burner
Dropper
Thermometer
Magnifying Glass
LED lighting
Starlink/Firewall internet system
Computer system for research
Lab Setup Details:
Air-conditioning unit
Complete firewall internet setup
Power backup (solar recommended)
Fire extinguisher for emergencies
Heat-proof walls and chemical-resistant flooring
Educational Requirement: Ph.D. in Chemistry
Creating SSD chemicals at home is not recommended for unqualified individuals. To truly understand chemical bonding, covalent structures, and electron mass, you’ll need at least a Ph.D. in Chemistry.
If you don’t hold such credentials, it’s better to hire a qualified chemist or purchase ready-made ssd solution by gcl—ensuring precision, safety, and reliability.
Budget Estimation for a Functional Lab
Setting up a secure SCDN lab costs an estimated $500,000. This includes:
Equipment
Research outsourcing
Lab construction
Solar backup systems
Safety measures
Italian SSD chemical professionals can charge up to $200,000/hour for formula research. For mass production, the cost runs into billions of dollars.
SSD Chemical Properties and Identification
SSD solution substances are identified by color:
Blue: Solvent
Green: Elements
Yellow: Molecules
Red: Atoms
Color changes during mixing indicate a chemical reaction, helping chemists track formula progress.
Electron Charge: -2.36900000
Electron Mass: 9.1093837015 × 10⁻³¹ kg
Molecular Mass of SSD: 7.018442220
Where to Buy SSD Chemical Solutions
At Gemonog Chemical Laboratory, we sell AAA grade SSD chemical formulas with complete chemical structures. We ensure:
Verified CAS numbers
Lab-tested compounds
Formula-ready dilution agents
Instructions to clean DFX banknotes by note-type and coating
If you're looking for where to buy ssd chemical, GCL provides legit SSD chemical solutions with all necessary documents and research certification.
SSD Solution Usage and Black Market Value
A liter of SSD solution can clean 10,000 pcs of $100 DFX notes. Selling price on the black market ranges from $18,800 to $120,000 per liter.
Because of this, SSD chemicals are part of a trillion-dollar black market, but are also extremely dangerous. Safety precautions are non-negotiable. Fires and explosions caused by improper handling result in billions in losses annually.
Conclusion
SSD solution making is complex, dangerous, and legally risky. However, if you’re qualified and have a proper lab setup, it's possible to follow the steps outlined by Gemonog Chemical Laboratory to produce high-quality SSD chemical solutions.