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Alloy acc. to Wood

Name: Alloy acc. to Wood
Brand: ALPHA CHEMIKA
Price: 2942 INR
Availability: InStock

Price 2942 INR/ Gram

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MOQ : 250 Grams

Alloy acc. to Wood Specification

Physical State
Solid

Packaging Type
Standard laboratory packaging

Ph Level
Neutral

Density
9.2 Gram per cubic centimeter(g/cm3)

Storage Instructions
Store in cool, dry place

Molecular Formula
Varies (As per Woods Alloy)

Usage
For alloy preparation and research experiments

Shelf Life
2 Years

Purity
99%

Melting Point
Approx. 70°C

Molecular Weight
98.10 g/mol

Size
As required (powder/granules)

CAS No
8049-22-7

Grade
AR

Type
University Lab Chemicals

Application
Laboratory, Industrial, Research

Appearance
Grey Powder

Purity(%)
99%

Solubility
Insoluble in water

Color
Grey

Reactivity
Stable under recommended storage conditions

Bulk Density
Approx. 8.7 g/cm³

Safety Precautions
Handle with care; avoid inhalation and skin contact

Hazard Information
Contains heavy metals

Composition
Bismuth 50%, Lead 26.7%, Tin 13.3%, Cadmium 10%

Form
Powder/Granular

Alloy acc. to Wood Trade Information

Minimum Order Quantity
250 Grams

Supply Ability
50000 Grams Per Week

Delivery Time
4-5 Days

Alloy acc. to Wood About

LC267 Alloy acc. to Wood

melting point about 73C bar diameter about 1 cm

Order number Packaging Quantity Price

AC27267 Plastic bag 1 kg 243

Product information

Synonyms Wood's metal

HS Code 8106 00 90

CAS number 8049-22-7

Chemical and physical data

Solubility (20 C) insoluble

Melting point 75 C

Density 9.6 g/cm3 (20 C)

Safety information

Storage class 10 - 13 Other liquids and solids

WGK NWG not water endangering

Disposal 15

Heavy metal-containing solutions and solids: container E. Stir Raney nickel (also: Urushibara nickel) in the form of an aqueous suspension into hydrochloric acid (Cat. No. 100312) until dissolved (container E). Neither Raney nickel itself nor any filter residues should be allowed to dry out, otherwise they will spontaneously ignite in air. In this context, heavy metal means any compound of antimony, arsenic, cadmium, chromium(VI), copper, lead, nickel and tin, as well as these subtances in metallic form, if they are classified as hazardous (acc. to AbfallverzeichnisV - Waste Catalogue Ordinance, Appendix 3). Other heavy metals should be collected separately.

Transport information

Declaration (transport by sea) IMDG-Code UN 1759 CORROSIVE SOLID, N.O.S.(BENZYLDIMETHYLTETRADECYLAMMONIUM CHLORIDE), 8, II

Declaration (transport by air) IATA-DGR UN 1759 CORROSIVE SOLID, N.O.S.(BENZYLDIMETHYLTETRADECYLAMMONIUM CHLORIDE), 8, II

Toxicological data

LD 50 oral LD50 rat > 10000 mg/kg

Specifications

Melting point about 73 C

Versatile Applications in Science and Industry

This alloy is widely used in laboratory, industrial, and research settings due to its low melting point and high purity. Its main utility lies in alloy preparation for experimental and prototype purposes, making it invaluable in academic and professional contexts. Because it comes as powder or granules, it offers flexibility for different research and manufacturing processes.

Superior Chemical Stability and Performance

With a stable molecular structure and a neutral pH, this alloy exhibits excellent chemical stability when stored under the recommended conditions-a cool, dry place. Its insolubility in water and consistent bulk density (approx. 8.7-9.2 g/cm3) ensure reliable performance in a variety of experiments. With a shelf life of 2 years, it guarantees longevity and dependability.

Safety First: Handling and Storage Guidelines

Given its heavy metal content, safety is paramount. Users should avoid inhalation and contact with skin, wearing appropriate protective equipment during handling. The product comes in standard laboratory packaging with instructions to store in a cool, dry place, minimizing risks and maintaining product integrity throughout its shelf life.

FAQ's of Alloy acc. to Wood:

Q: How should this alloy be handled during laboratory or industrial use?

A: Handle the alloy with care, as it contains heavy metals. Always wear gloves and a mask to avoid skin contact and inhalation. Use the alloy in well-ventilated areas and strictly follow laboratory safety protocols.

Q: What are the main benefits of using this alloy for research and industry applications?

A: Its low melting point, stable structure, and high purity make it ideal for precise laboratory experiments and industrial alloy preparation, offering reliable performance and versatility in various scientific applications.

Q: Where is the best place to store the alloy to ensure its stability?

A: The alloy should be stored in a cool, dry place, away from moisture and incompatible chemicals, using the standard laboratory packaging provided to maintain its stability and extend its shelf life.

Q: When is this alloy particularly useful in laboratory experiments?

A: This alloy is especially useful when a low-melting, high-purity metallic material is required for prototyping, molding, or as a calibration standard in thermal and chemical research.

Q: What is the process for safely disposing of unused alloy material?

A: Due to the presence of heavy metals, unused or waste material should be collected and disposed of following your institution's hazardous waste disposal protocols, in compliance with local regulations.

Q: What is the recommended usage form and size for laboratory or industrial purposes?

A: The alloy is available as a grey powder or granules, allowing flexibility to match the requirements of various research experiments or industrial processes. The granule or powder size can be customized as needed.

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