CHEMICAL DATA SHEET OF HIMALAYAN SALT

More on Himalayan Salt's composition of 84 essential mineralsAll natural stable and unstable isotopes were considered. ​Artificial and unstable isotopes were not included for consideration.

Element


Actinium
 
Aluminum
 
Antimony
 
Arsenic
 
Astatine
 
Barium
 
Beryllium
 
Bismuth
 
Boron
 
Bromine
 
Cadmium
 
Caesium
 
Calcium
 
Carbon
 
Cerium
 
Chloride
 
Chromium
 
Cobalt
 
Copper
 
Dysprosium
 
Erbium
 
Europium
 
Fluoride
 
Francium
 
Gadolinium
 
Gallium
 
Germanium
 
Gold
 
Hafnium
 
Holmium
 
Hydrogen
 
Indium
 
Iodine
 
Iridium
 
Iron
 
Lanthanum
 
Lead
 
Lithium
 
Lutetium
 
Magnesium
 
Manganese
 
Mercury
 
Molybdenum
 
Neodymium
 
Nickel
 
Niobium
 
Nitrogen
 
Osmium
 
Oxygen
 
Palladium
 
Phosphorus
 
Platinum
 
Plutonium
 
Polonium
 
Potassium
 
Praseodymium
 
Promethium
 
Protactinium
 
Radium
 
Rhenium
 
Rhodium
 
Rubidium
 
Samarium
 
Scandium
 
Selenium
 
Silicon
 
Silver
 
Sodium
 
Strontium
 
Sulphur
 
Tantalum
 
Technetium
 
Tellurium
 
Terbium
 
Thallium
 
Thorium
 
Thulium
 
Tin
 
Titanium
 
Uranium
 
Vanadium
 
Wolfram
 
Ytterbium
 
Ytterbium
 
Zinc
 
Zirconium

Order


Ac
 
Al
 
Sb
 
As
 
At
 
Ba
 
Be
 
Bi
 
B
 
Br
 
Cd
 
Cs
 
Ca
 
C
 
Ce
 
Cl-
 
Cr
 
Co
 
Cu
 
Dy
 
Er
 
Eu
 
F-
 
Fr
 
Gd
 
Ga
 
Ge
 
Au
 
Hf
 
Ho
 
H
 
In
 
I
 
Ir
 
Fe
 
La
 
Pb
 
Li
 
Lu
 
Mg
 
Mn
 
Hg
 
Mo
 
Nd
 
Ni
 
Nb
 
N
 
Os
 
O
 
Pd
 
P
 
Pt
 
Pu
 
Po
 
K+
 
Pr
 
Pm
 
Pa
 
Ra
 
Re
 
Rh
 
Rb
 
Sm
 
Sc
 
Se
 
Si
 
Ag
 
Na+
 
Sr
 
S
 
Ta
 
Tc
 
Te
 
Tb
 
Ti
 
Th
 
Tm
 
Sn
 
Ti
 
U
 
V
 
W
 
Y
 
Yb
 
Zn
 
Zr

Num


89
 
13
 
51
 
33
 
85
 
56
 
4
 
83
 
5
 
35
 
48
 
55
 
20
 
6
 
58
 
17
 
24
 
27
 
29
 
66
 
68
 
63
 
9
 
87
 
64
 
31
 
32
 
79
 
72
 
67
 
1
 
49
 
53
 
77
 
26
 
57
 
82
 
3
 
71
 
12
 
25
 
80
 
42
 
60
 
28
 
41
 
7
 
76
 
8
 
46
 
15
 
78
 
94
 
84
 
19
 
59
 
61
 
91
 
88
 
75
 
45
 
37
 
62
 
21
 
34
 
14
 
47
 
11
 
38
 
16
 
73
 
43
 
52
 
65
 
81
 
90
 
69
 
50
 
22
 
92
 
23
 
74
 
39
 
70
 
30
 
40

Results


<0.001 ppm
 
0.661 ppm
 
<0.01 ppm
 
<0.01 ppm
 
<0.001 ppm
 
1.96 ppm
 
<0.01 ppm
 
<0.10 ppm
 
<0.001 ppm
 
2.1 ppm
 
<0.01 ppm
 
<0.001 ppm
 
4.05 g/kg
 
<0.001 ppm
 
<0.001 ppm
 
590.93 g/kg
 
0.05 ppm
 
0.60 ppm
 
0.56 ppm
 
<4.0 ppm
 
<0.001 ppm
 
<3.0 ppm
 
<0.1 g/kg
 
<1.0 ppm
 
<0.001 ppm
 
<0.001 ppm
 
<0.001 ppm
 
<1.0 ppm
 
<0.001 ppm
 
<0.001 ppm
 
0.30 g/kg
 
<0.001 ppm
 
<0.1 g/kg
 
<2.0 ppm
 
38.9 ppm
 
<0.001 ppm
 
0.10 ppm
 
0.40 g/kg
 
<0.001 ppm
 
0.16 g/kg
 
0.27 ppm
 
<0.03 ppm
 
0.01 ppm
 
<0.001 ppm
 
0.13 ppm
 
<0.001 ppm
 
0.024 ppm
 
<0.001 ppm
 
1.20 g/kg
 
<0.001 ppm
 
<0.10 ppm
 
0.47 ppm
 
<0.001 ppm
 
<0.001 ppm
 
3.5 g/kg
 
<0.001 ppm
 
unstable
 
<0.001 ppm
 
<0.001 ppm
 
<2.5 ppm
 
<0.001 ppm
 
0.04 ppm
 
<0.001 ppm
 
<0.0001 ppm
 
0.05 ppm
 
<0.1 g/kg
 
0.031 ppm
 
382.61 g/kg
 
0.014 g/kg
 
12.4 g/kg
 
1.1 ppm
 
unstable
 
<0.001 ppm
 
<0.001 ppm
 
0.06 ppm
 
<0.001 ppm
 
<0.001 ppm
 
<0.01 ppm
 
<0.001 ppm
 
<0.001 ppm
 
0.06 ppm
 
<0.001 ppm
 
<0.001 ppm
 
<0.001 ppm
 
2.38 ppm
 
<0.001 ppm

Analysis Type


FSK
 
AAS
 
AAS
 
AAS
 
FSK
 
AAS1TXR
 
AAS
 
AAS
 
FSK
 
TXRF
 
AAS
 
FSK
 
Titration
 
FSK
 
FSK
 
Gravimetrie
 
AAS
 
AAS
 
AAS
 
TXRF
 
FSK
 
TXRF
 
Potentiometer
 
TXRF
 
FSK
 
FSK
 
FSK
 
TXRF
 
FSK
 
FSK
 
DIN
 
FSK
 
Potentiometer
 
TXRF
 
AAS
 
FSK
 
AAS
 
AAS
 
FSK
 
AAS
 
AAS
 
AAS
 
AAS
 
FSK
 
AAS
 
FSK
 
ICG
 
FSK
 
DIN
 
FSK
 
ICG
 
TXRF
 
FSK
 
FSK
 
FSM
 
FSK
 
Artificial isotope - not included
 
FSK
 
FSK
 
TXRF
 
FSK
 
AAS
 
FSK
 
FSK
 
AAS
 
AAS
 
AAS
 
FSM
 
AAS
 
TXRF
 
TXRF
 
Artificial isotope - not included
 
FSK
 
FSK
 
AAS
 
FSK
 
FSK
 
AAS
 
FSK
 
FSK
 
AAS
 
FSK
 
FSK
 
FSK
 
AAS
 
FSK

 

The inert gasses Helium-He-2, Neon-Ne-10, Argon-Ar-18, Krypton-Kr-36, Xenon-Xe-54, and Radon-Rn-86 could not be included in the research. Many of the elements could not be proven with conventional chemical analysis. Through the transfer of frequency patterns by means of wave     transference, it was possible to prove the frequency pattern with the aid of frequency, spectroscopy. With this, the detection of elements even smaller than <0.001 ppm was proven. 

The research analysis confirmed the holistic properties of the original Himalayan crystal salt. The sodium chloride content is 97.41% and meets the worldwide necessary standards for table salt. 


Additional Combined Elements

Water = H2O

1.5g/kg = DIN

Ammonium = NH4+

0.010ppm = Photometrie

Nitrate = NO3-

0.09ppm = Photometrie

Phosphate = PO43-

<0.10ppm = ICG

Hydrogencarbonate = HCO3-

<1.0g/kg = Titration

The inert gasses Helium-He-2, Neon-Ne-10, Argon-Ar-18, Krypton-Kr-36, Xenon-Xe-54, and Radon-Rn-86 could not be included in the research. Many of the elements could not be proven with conventional chemical analysis. Through the transfer of frequency patterns by means of wave transference, it was possible to prove the frequency pattern with the aid of frequency spectroscopy. With this, the detection of elements even smaller than <0.001 ppm was proven. ​ 

The research analysis confirmed the holistic properties of the original Himalayan crystal salt. The sodium chloride content is 97.41% and meets the worldwide necessary standards for table salt.

g/kg = Grams per kilogram

DIN = German Standards Institute

ICG = Ionchromatography

AAS = Atom absorbtion spectrometry

TXRF = Total reflection -X-Ray -Floresence-Spectometry

ppm = Parts per million

FSM = Flamespectrometry

FSK = Frequency Spectroscopy