Tin Lead Alloy Nanopowder

450 INR/Bottle

Get a Price/Quote

Product Details:

Ph Level Neutral
Boiling point Over 1500C (varies by composition)
Smell Odorless
HS Code 80070090
Melting Point 183C (typical, varies slightly depending on Sn/Pb ratio)
Taste Tasteless
Structural Formula Intermetallic phase mixture
Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Tin Lead Alloy Nanopowder Price And Quantity

Price 450 INR/Bottle
Minimum Order Quantity 1 Gram

Shelf Life 1 year in sealed packaging
Sn:Pb Ratio Typically 60:40, customizable
Conductivity Excellent electrical and thermal conductivity
Appearance Grey to black fine powder
Packing Sealed bottles or vacuum packaging
Particle Size <100 nm
Surface Area >30 m²/g
Hazard Information Harmful if swallowed or inhaled; handle with protective equipment
Magnetic Properties Non-magnetic

Tin Lead Alloy Nanopowder Product Specifications

Shape Spherical nanoparticles
Other Names Solder Nanopowder, Sn-Pb Nanoparticles
Storage Store in a cool, dry, airtight container
Solubility Insoluble in water, soluble in acids
Type Nanopowder
Chemical Name Tin-Lead Alloy
Application Electronics soldering, semiconductor, metallurgy, research
Standard Conforms to industrial/electronic standards
Purity >99%
Poisonous Yes
Grade Industrial, Electronic
Density 8.5 Gram per cubic centimeter(g/cm3)
Form Powder
Structural Formula Intermetallic phase mixture
CAS No Not applicable (mixture), Tin: 7440-31-5, Lead: 7439-92-1
Melting Point 183C (typical, varies slightly depending on Sn/Pb ratio)
Taste Tasteless
Molecular Formula Sn-Pb
Molecular Weight Depends on Sn/Pb ratio
Smell Odorless
Boiling point Over 1500C (varies by composition)
Usage Used for joining electrical components, nano-additive in material science
Ph Level Neutral
EINECS No 231-141-8 (Sn), 231-100-4 (Pb)
Classification Metal Alloy Nanoparticle
Main Material Tin-Lead Alloy Nanoparticles
HS Code 80070090

Shelf Life 1 year in sealed packaging
Sn:Pb Ratio Typically 60:40, customizable
Conductivity Excellent electrical and thermal conductivity
Appearance Grey to black fine powder
Packing Sealed bottles or vacuum packaging
Particle Size <100 nm
Surface Area >30 m²/g
Hazard Information Harmful if swallowed or inhaled; handle with protective equipment
Magnetic Properties Non-magnetic

Product Description

Tin Lead Alloy Nanopowder

MF:	Sn:Pb
Chemical Name:	Tin Lead Alloy Nanopowder
Purity:	> 99.99%
APS:	80-100 nm (Size Customization possible)
Form:	Nanopowder
Product Number:	NCZA135
CAS Number:	7440-31-5 / 7439-92-1

Tin Lead Alloy Nanopowder Description

Typical and custom packaging is available. Additional technical, research and safety (MSDS) information is available as is a Reference Calculator for converting relevant units of measurement.

High-Precision Nanopowder for Advanced Applications

Tin Lead Alloy Nanopowder is engineered for excellence in applications like electronics, semiconductor manufacturing, metallurgy, and research. Its customizable Sn:Pb ratio, high surface area, and fine particle size offer unmatched performance for precise soldering and as a nano-additive in material science. This product conforms to industrial and electronic standards, ensuring consistent quality and superior conductivity.

Comprehensive Safety and Handling Guidelines

Due to its lead content, the nanopowder is toxic if ingested or inhaled. Always wear suitable respiratory and skin protection when handling this material. Store it in sealed bottles or vacuum packaging, in a cool, dry place, to maintain integrity and prolong shelf life. Proper handling supports a safe working environment and preserves material performance during use and storage.

FAQ's of Tin Lead Alloy Nanopowder:

Q: How is Tin Lead Alloy Nanopowder typically used in electronics and material science?

A: This nanopowder is widely utilized for joining electrical components during soldering in electronics, as well as functioning as a nano-additive in advanced material science research due to its exceptional conductivity and reactivity brought by its fine particle size.

Q: What are the safety precautions when handling Tin Lead Alloy Nanopowder?

A: It is essential to use personal protective equipment, including gloves and masks, to avoid inhalation or ingestion, as the powder is harmful and toxic due to its lead content. Handle only in well-ventilated areas and avoid direct skin contact.

Q: Where should I store the Tin Lead Alloy Nanopowder to maximize its shelf life?

A: Store the nanopowder in an airtight container, such as a sealed bottle or vacuum packaging, in a cool and dry environment. Proper storage prevents oxidation and maintains quality for up to one year.

Q: What benefits does the <100 nm particle size offer in practical applications?

A: The ultra-fine particle size increases surface area, leading to improved wettability and enhanced bonding during electronics soldering. This results in finer, more reliable joins and better integration into advanced composites.

Q: When should I consider customizing the Sn:Pb ratio in this nanopowder?

A: Customizing the tin-to-lead ratio is beneficial when adapting the alloy's melting point or electrical performance to specific application requirements in electronics or metallurgy.

Q: Can Tin Lead Alloy Nanopowder be dissolved in water for processing?

A: No, this nanopowder is insoluble in water but can be dissolved in certain acids during processing or recycling stages if required by your industrial procedures.

Q: What standards does this nanopowder conform to for industrial and electronic use?

A: The Tin Lead Alloy Nanopowder meets typical industrial and electronic grade standards, ensuring suitable properties and high purity for professional applications in Canada and internationally.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Speciality Chemicals & Materials' category

MIL-124 (In) Powder MOF Grade : Other, Analytical Grade Storage : Other, Store in a dry, cool place; protect from moisture Form : Other, Fine Powder Smell : Other, Odorless Application : Other, Gas storage, Catalysis, Separation, Sensing, Adsorption Shape : Other, Powder / Crystalline Other Names : MIL124 Indium, Indium MOF, MIL124In Type : MetalOrganic Framework (MOF) Chemical Name : MIL124 (In) MetalOrganic Framework Standard : Laboratory/Research Grade Poisonous : Yes Classification : Other, InorganicOrganic Hybrid Compound Main Material : Indiumbased MetalOrganic Framework HS Code : 38249900 Usage : Industrial, Research, Laboratory Solubility : Insoluble in water, soluble in certain organic solvents Purity : 99% Molecular Formula : [In(OH)(C8H3O7S)]nH2O Density : 1.4 Gram per cubic centimeter(g/cm3) Melting Point : Not applicable (decomposes before melting) Molecular Weight : Depends on hydration; approx. 404 g/mol (anhydrous) Structural Formula : 3D framework composed of In(III) nodes connected by organic linkers (sulfonated benzene1,3,5tricarboxylate)

Send Inquiry

Graphene oxide support film on Quantifoil R2/2 on 300mesh Cu grids (pack of 10) Grade : Other, Research grade Storage : Other, Store in a dry, inert atmosphere at room temperature Form : Other, Film coated on grid Smell : Other, Odorless Application : Other, CryoEM sample support, TEM imaging, material science research Shape : Other, Grid (round, mesh) Other Names : GOCoated Quantifoil Grids Type : Grid support film Chemical Name : Graphene oxide Standard : Meets electron microscopy sample support standards Poisonous : Yes Classification : Other, Functionalized carbon nanomaterial Main Material : Graphene Oxide on Quantifoil R2/2; copper grid HS Code : 7007.29 Usage : Support film for electron microscopy Solubility : Insoluble in water; dispersible in some organic solvents and aqueous media Purity : 99% (Graphene oxide layer) Molecular Formula : C_xO_yH_z (variable) Density : 2.2 Gram per cubic centimeter(g/cm3) Melting Point : Not applicable (decomposes before melting) Molecular Weight : Variable Structural Formula : Variable; layered graphene oxide over perforated Quantifoil

Send Inquiry

Holey Carbon Films on 200 Mesh Gold (Pack of 50) Grade : Other, Analytical/Laboratory Grade Storage : Other, Store in clean, dry environment Form : Other, Film on mesh Smell : Other, Odorless Application : Other, TEM grid preparation, electron microscopy support films Shape : Other, Circular grid Other Names : Holey carboncoated gold TEM grids Type : 200 mesh gold grid with holey carbon film Chemical Name : Carbon film on gold TEM grid Standard : Meets EM laboratory use standard Poisonous : Yes Classification : Other, Laboratory supplies Main Material : Holey carbon film on gold mesh HS Code : 9012.90.00 Usage : Sample support in transmission electron microscopy (TEM) Solubility : Insoluble in water and most solvents Purity : 99% (carbon film), 99.99% (gold grid) Molecular Formula : C (carbon film), Au (gold mesh) Density : 2.2 Gram per cubic centimeter(g/cm3) Melting Point : Sublimates at temperatures > 3500C (carbon) and 1064C (gold)

Send Inquiry

Formvar/Carbon on 400 Mesh Nickel (Pack of 25) Grade : Other, Electron Microscopy grade Storage : Other, Store in a dry dustfree environment Form : Other, Film on grid Smell : Other, Odorless Application : Other, Transmission Electron Microscopy (TEM) sample support Shape : Other, Circular mesh grid Other Names : TEM Support Film Type : 400 mesh Nickel grids with Formvar/Carbon coating Chemical Name : Formvar/Carbon on Nickel Standard : TEM grid laboratory standard Poisonous : Yes Classification : Other, Laboratory consumable Main Material : Formvar/Carbon film on Nickel grid HS Code : 81119400 Usage : Sample preparation for electron microscopy

Send Inquiry

SEND INQUIRY CALL ME FREE