Nonferrous Metals and Industrial Chemicals - Products

Non Ferrous Metals

(Sb) - Metallic Antimony

Specification

Antimony (Sb) 99.65 % of purity

It is a lead alloy in the manufacture of welds, bearings and in alloys with zinc. It is a nodulizer alloy in the sweet iron and perlitic in gray iron.

Presentation

Ingots of 22kg, approx.
Shot (Granalla)

Physical and Mechanical characteristics

Density: 6.88 kg/Dm³
Fusion Point: 631°C
Boiling Point: 1587°C
Atomic weight: 121.75

Packing

Tied or Wood Boxes of 1 ton.

Quality

Certificate delivery in each lot.

(As) - Metallic Arsenic

Specification

Arsenic (Ace) 99.70% of purity

It is used as a lead alloy additive for the manufacture of some products increasing its hardness.

Presentation

Stones of 1″ to 6″ approx

Physical and Mechanical Characteristics

Relative density (water=1): 5.778
Fusion point: 816°C to 3.91 MPa
Boiling point: 615°C
Water solubility: none
Vapor pressure Pa to 20°C: 0.1
Atomic weight: 74.9216

Packing

Metallic pails with a weight of 50 kg approx

Quality

Certificate delivery in each lot.

(Bi) - Metallic Bismuth

Specification

Bismuth (Bi) 99.99 % of purity

It is used mainly in the low melting point alloy manufacture, applied in fusible parts of automatic sprayers, welds, seals of security and in automatic extinguishers, among others.

Presentation

Ingots of 11 kg approx
Ingots of 2.5 kg approx

Physical and Mechanical Characteristics

Density: 1.54 gml
Boiling point: 1560°C
Fusion point: 271.3°C
Atomic weight: 208,980

Packing

Tied, according to the client needs

Quality

Certificate Delivery in each lot

(Cd) - Metallic Cadmium

Specification

Cadmium (Cd) 99.9 % of purity

It is used in the manufacture of batteries of nickel cadmium and like chemical reagent and pigment.

Presentation

Small stick of 0.25 kg approx

Physical and Mechanical Characteristics

Density: 8,65 gml
Boiling point: 765°C
Fusion point: 320,9°C
Atomic weight: 112,40

Packing

In wood drawers of 50 kg approx

Quality

Certificate Delivery in each lot.

(Ca) - Metallic Calcium

Specification

Calcium (Ca) 98.65 % of purity

Product used like rust-remover, sulfide – remover in ferrous and nonferrous alloys as aluminum, tin, lead and magnesium alloys.

Presentation

Granulated

Physical and Mechanical Characteristics

Relative Density (water=1): 1.54
Boiling point: 1440°C
Fusion point: 850°C
Water solubility: reaction

Packing

Metal drums of 175 kg approx

Quality

Certificate Delivery in each lot.

Precaution

Avoid the contact on skin and eyes, and the inhalation of fine particles; This product must be handled with gloves, lenses, and mask against dusts.

(Sn) - Metallic Tin

Specification

Tin (Sn) 98.85 % of purify

Very ductile material that is used in the manufacture of welds, cushions, alloy copper in bronzes of electrolytic baths of iron boards covering and in alloys with aluminum, titanium and zirconium.

Presentation

Ingot of 37 kg approx
Ingot of 15 kg approx
Small ingot of 2.5 kg approx
Bar of 0,5 kg approx

Physical and Mechanical Characteristics

Density: 7.29 kg/Dm³
Fusion point: 232°C
Metal type: ductile and malleable

Packing

Tied according to the client needs.

Quality

Certificate Delivery in each lot.

(Mg) - Metallic Magnesium

Specification

Magnesium (Mg) 99.9 % of purity

It is used in the aeronautic industry, textile, as a nonferrous alloy like zinc, aluminum and lead. In addition it serves like cathodic protector to other metals against the corrosion and in the industry of the gray iron and steel like sulfidizer and nodulizer agent.

Presentation

Ingot of 7 kg approx

Physical and Mechanical Characteristics

Relative Density (water=1): 1.74
Boiling point: 1100 °C
Fusion point: 649 °C
Water solubility: reaction

Packing

Tied according to client needs.

Quality

Certificate Delivery in each lot.

(Hg) - Metallic Mercury

Specification

Mercury (Hg) 99.9 % of purity

It is used in the electrical switch manufacture like liquid material of contact, like flowed of work on diffusion bombs in emptiness techniques, in the manufacture of vapor rectifiers of mercury, thermometers, barometers, tachometers and thermostats, among others.

Presentation

Liquid

Physical and Mechanical Characteristics

Density: 16,6 g/ml
Boiling point: 375 °C
Fusion point: -38,4 °C
Atomic weight: 200,59

Packing

In plastic bottles of 1 kg approx

Quality

Certificate Delivery in each lot.

(Ag) - Metallic Silver

Specification

Silver (Ag) 99.9 % of purity

In most of its applications it is alloyed with one or more metals, it owns the most thermal high conductivity and electrical of all the metals, it is used in electrical meeting points and electronic, it is also used in jewelry shop and several pieces.

Presentation

Shot

Physical and Mechanical Characteristics

Density: 10,5 g/ml
Boiling point: 2210 °C
Fusion point: 960,8 °C
Atomic weight: 107,870

Packing

According to the client needs.

Quality

Certificate Delivery in each lot.

(Pb) - Metallic Lead

Specification

Refined Lead (Pb) 99.97% of purity

Presentation

Ingot of 22 kg aprox.
Ingot of 800 kg aprox.

Packing

Tied of 1 ton.

Quality

Certificate Delivery in each lot

(Se) - Metallic Selenium

Specification

Selenium (Se) 99.9 % of purity

It is used mainly in the electronics in rectifiers, electrovoltic cells, also it is lead additive and antimony for the manufacture of some products. It is an alloyed agent in ductile steels, stainless steel and in copper alloys.

Presentation

Shot

Physical and Mechanical Characteristics

Relative Density (water=1): 4.8
Boiling point: 685 °C
Fusion point: 217 °C
Water solubility: none
Vapor pressure Pa to 20°C: 0.1
Atomic weight: 78,96

Packing

Plastic or metallic pails of 25 kg approx

Quality

Certificate Delivery in each lot.

(Si) - Metallic Silicon

Specification

Silicon high Calcium
Silicon low Calcium

It is used in alloys to give more resistance to the aluminum, magnesium, copper and other metals.

Presentation

Stone

Physical and Mechanical Characteristics

Density: 2.33 g/ml
Boiling point: 2680 °C
Fusion point: 1410 °C
Atomic weight: 28086

Packing

According to the client needs.

Quality

Certificate Delivery in each lot.

(Ti) - Metallic Titanium

Specification

Titanium (Ti) 86%

Due to its resistance and its light weight, the Titanium is used in metallic alloys and as a substitute of aluminum. Alloyed with aluminum and vanadium, it is used in airplanes.

Presentation

Tablet

Physical and Mechanical Characteristics

Density: 4,51 g/ml
Boiling point: 3260 °C
Fusion point: 1668 °C
Atomic weight: 47,90

Packing

In cardboard boxes of 25 kg approx

Quality

Certificate Delivery in each lot

(Zn) - Metallic Zinc

Specification

Zinc (Zn) 99.9%

The most important uses of zinc constitute alloys and the protective coating of other metals.

Presentation

Average half sphere
Ingot of 25 kg approx

Physical and Mechanical Characteristics

Density: 7,14 g/ml
Boiling point: 906 °C
Fusion point: 419,5 °C
Atomic weight: 65,37

Packing

In wood boxes of 25 kg approx
In tied sets of 1 ton approx

Quality

Certificate Delivery in each lot.

Alloys low specs

(Al) - Metallic Alluminum

Specifications

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al – 360	9.0-10.0	1.3 Max	0.6	0.35	0.4-0.6	—	0.50	0.50	0.15	—	Difference

It is used in the injection under pressure

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al – 356	6.5-7.5	0.6 (i)	0.25	0.35(i)	0.20-0.45	—	—	0.35	—	0.25	Difference

It is used in the drained on sand and permanent mold.

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al – 319	5.5-6.5	1.0 max	3.0-4.0	0.50	0.10	—	0.35	1.0	—	0.25	Difference

It is used in the drained on sand and permanent mold.

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al – 383	9.5-11.5	1.3 max	2.0-3.0	0.50	0.10	—	0.30	3.0	0.15	—	Difference

It is used in the injection under pressure

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al – 380.1	7.5-9.5	2.0 max	3.0-4.0	0.50	0.10	—	0.50	3.0	0.35	—	Difference

It is used in the injection under pressure

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al – 413	11.0-13.0	2.0 max	1.0	0.35	0.10	—	0.50	0.50	0.15	—	Difference

It is used in the injection under pressure

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Ni	Zn	Sn	Ti	Al
Al-6063	0.4062	0.2065	<0.0010	<0.0100	0.4620	<0.0010	0.0055	<0.0100	<0.0010	0.0081	Difference

It is used in the injection under pressure

Presentation

Ingot of 12 kg approx
Mini Jumbo of 200 kg approx

Physical and Mechanical Characteristics

Density: 2,70 g/ml
Fusion point: 660°
Boiling point: 2450°
Atomic weight: 26,9815
Brinnel hardness: 24 HB

Packing

Ingot of 12 kg: in tied sets of 1 ton
Shot in bags of 30 kg in superbags of 1 ton

Quality

Certificate Delivery in each lot.

Babbit No. 2

Specification

Type 2 (High Speed)
Grade 2 (ASTM B-23-94)(QQ-M-161)
Sn 88-90 %
Pb 0.35 % max
Sb 7.0 – 8.0 %
Bi 0.08 max

Cu 4.0 – 5.0 %
Fe 0.08 % max
Al Y Zn 0.005 % max
As 0.10 % max
Cd 0.05 % max

It is used for the manufacture of antifriction bushings for rowlocks; the high percentage of tin (Sn), that has low friction coefficient, and the antimony addition (Sb) and copper (Cu), which help to the increase of hardness and fatigue strenght, cause that this type of alloy is adapted for high speed and resistant to greater temperature of operation.

Presentation

Ingots of 2,5 kg approx

Physical and Mechanical Characteristics

Density: 7.39 kg/Dm³
Fusion point: 241°c solid – 354°C liquid
Resistance tension: 77Mpa to 20°C
Resistance to Fatigue: 33 Mpa to 20°C
Elogación: 18 %
Brinnel hardness: 24 HB

Packing

In cardboard boxes with a weight of 25 kg approx

Quality

Certificate Delivery in each lot.

Babbit No. 5

Specification

Type 5 (Average Speed)
Grade 5 (ASTM B-23-94)(QQ-M-161)
Sn 64 – 66 %
Pb 17 – 19 %
Sb 14 – 16 %
Cu 1.5 – 2.5 %

Fe 0.08 % max
Bi 0.08 % max
Al 0.01 % max
Zn 0.010 % max
As 0.15 % max
Cd 0.05 % max

Presentation

Ingots of 2,5 kg approx

Physical and Mechanical Characteristics

Density: 7.75 kg/Dm³
Fusion point: 181°C solid – 296°C liquid
Tension Resistance: 54 Mpa (7,8 ksi) to 20°C
Resistance to Fatigue: 33 Mpa to 20°C
Elogation: 1,5% in 50 mm
Brinnel hardness: 23 HB

Packing

In cardboard boxes with a weight of 25 kg approx

Quality

Certificate Delivery in each lot.

Babbit No. 13

Specification

Type 13 (Low speed)
Grade 13 (ASTM B-23-94)(QQ-M-161)
Sn 5.5 – 6.5 %
Pb surplus
Sb 9.5 – 10.5 %
Bi 0.25 %

Cu 0.60 %
Fe 0.10 % max
Al and Zn 0.005 % max
As 0.25 % max
Cd 0.05 % max

It is used for the manufacture of antifriction bushings for rowlocks; the high percentage of lead (Pb), the antimony addition (Sb), that helps to the increase hardness and fatigue strenght, causes that this type of alloy be adapted where exists a low speed, low load and less temperatures of operation.

Presentation

Ingots of 2,5 kg approx

Physical and Mechanical Characteristics

Density: 10.5 kg/Dm³
Fusion point: 240°C solid – 256°C liquid
Resistance tension: 69 Mpa to 20°C
Resistance to Fatigue: 26 Mpa to 20°C
Elogation: 5%
Brinnel hardness: 19 HB

Packing

In cardboard boxes with a weight of 25 kg approx

Quality

Certificate Delivery in each lot.

Alloys done under Specifications of the Client, of: Pb, Sn and Al.
Counts with Laboratory equipment to certify the alloy required.

Bimetallic

Bimetallic Contacts

Copper-Aluminum, especially as used in conductive interface on aluminum cathodes for the electrolytic recovery of zinc.

Sized exactly to customer needs.

Bimetallic Plates

*Stainles-Steel Carbon Steel
*Aluminum – Carbon Steel
*Copper – Aluminum
*Copper – Stainless SteelBimetallic plates are widely used in the petrochemical, chemical, electrolytic production of zinc and aluminum, shipbuilding, aerospace industry, vacuum Sodium Chloride production, auxiliary in energy production systems, Chlorine industry, etc.

Advantages of the use of bimetallic plates:
Savings in the use of expensive metals reducing production costs of equipment.
A reasonable coincident and combination of the base metal with the compound metal.
Flexibility to determine the thickness of the two metals according to customer needs.

Copper Aluminum Clad Conducting Bar

Bar head for the manufacture of cathodes for zinc electrowinning. Technological development with important advantages against the way to join traditional contacts from the bar to Aluminum cathode.

Advantages:

Increased contact area of Cu-Al
Low electrical resistance
High Conductivity
Save time by managing Contacts
Increased productivity
Energy saving.

Chemical products

Antimony Tartrate

CAS 28300-74-5 Antimony soluble used in metallurgy of Zinc as precursor metal precipitation related to antimony. As fine chemical reaction product.
Molecular Formula	C8H10K2O15Sb2
Molecular Weight	667.87
Appearance	White Powder
Melting Point	≥300 °C(lit.)
Density	2,607 g/cm³
Stability	Stable, incompatible with alkalis, carbonates or strong oxidizing agents
Solubility in Water	8.3 g/100 Ml
Percentage of antimony by molecular formula	36.46%

Sodium Permanganate

CAS 10101-50-5

Strong oxidizing agent used in the purification of certain electrolytes by precipitation due to the oxidation number.

-Water Treatment
-Printed electronic circuits
-As a substitute for potassium permanganate

Arena de Zirconio - Zirconio Sand

	Zirconio Sand 1 Chemical Analysis
ZrO₂ + HfO₂	66 +/- 1%
TiO₂	0.15 +/- 0.05%
Fe₂O₃	0.07 +/- 0.03%
Al2O3	1.5% max.
SiO₂	33% max.
U + Th	321 ppm max.
Radioactivity U + Th	4.3 Bq/g.
Mesh Opening +200 +160 +100 +63	Acumulated Retained % trazas 10 64 99

___________________________________________________________________________________________________________

	Zirconio Sand 2 Chemical Analysis
ZrO+ HiO Guaranteed Typical	65.5 min 66.0 – 67.0
Fe₂O₃ Guaranteed (Total iron as Fe₂O₃) Typical	0.06 max. 0.3 – 0.05
TiO₂ Guaranteed Typical	0.15 max 0.10 – 0.15
Al₂O₃ Typical	0.30 – 0.60

___________________________________________________________________________________________________________

	Zirconio Sand 3 Chemical Analysis
ZrO₂ + HfO₂ Guaranteed Typical	66.0 min 66.0 – 67.0
Fe₂O₃ Guaranteed	0.075 max
(Total iron as Fe₂O₃) Typical	0.04 – 0.07
TiO₂ Guaranteed Typical	0.15 max

Acid Dehpa

CAS 4971-47-5

Organophosphorus acid that is primarily for the selective extraction of metals such as:

*Zinc (Zn)
*Cadmium (Cd)
*Uranium (U)
*Chromium (Cr)
*Plutonium (Pu)
*Copper (Cu)

Controlled by pH modification.