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Phosphorus pentasulfide

Name: Phosphorus pentasulfide
Brand: A. B. ENTERPRISES

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MOQ : 50 Kilograms

Phosphorus pentasulfide Specification

Purity
99%

Physical State
Solid

Density
2.09 Gram per cubic centimeter(g/cm3)

Melting Point
288C

Molecular Weight
222.27 g/mol

Usage
Industrial manufacturing, chemical synthesis, lubricants

Molecular Formula
P2S5

Flash Point
No flash pointdecomposes

Size
Standard packaging size: 25 kg/bag

Shelf Life
12 months from manufacturing date if unopened and stored properly

Packaging Type
Drums, bags

Boiling point
514C (sublimes)

Grade
Industrial Grade

Type
Inorganic Chemical

Application
Used in lubricating oil additives, pesticides, flotation agents, synthetic rubber accelerators

Purity(%)
99%

Phosphorus pentasulfide Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Phosphorus pentasulfide

PHOSPHORUS PENTASULPHIDE

CAS No. : 1314-80-3
Other Trade Name : Phosphoric Sulphide Thiophosphoric Anhydride , Sulphur Phosphides

Molecular Weight :222.24
Chemical Formula : P2S5 (P4S10)
Product Description : Greenish Yellow Powder
Specifications : Parameters Units
Melting Point : 276-284 C
Purity : 98 Min %
Methanol Yield : 92 Min %
P4 Content : 27.5-28.2 %
Sulphur Content : 72.1-72.5 %
10 Mesh : Min.99 %
20 Mesh : Min.99 %
60 Mesh : Min.60 %
Packing : 200-220 Kg iron drums with LDPE liner.

Versatile Industrial Applications

Phosphorus pentasulfide is essential in developing additives for lubricating oils and additives. It serves a critical function in pesticide production, flotation agents, and as an accelerator in the synthesis of synthetic rubber. Its high purity level ensures consistent performance across industrial manufacturing and chemical synthesis.

Safe and Efficient Packaging

Supplied in standard 25 kg bags or drums, this product ensures ease of handling and transportation for industrial users. Proper packaging maintains the chemicals quality and aids in safe storage for up to twelve months, provided containers remain sealed and stored as directed.

Product Stability and Shelf Life

Phosphorus pentasulfide retains its properties for up to a year when unopened and properly stored, providing manufacturers and suppliers with logistical flexibility. The absence of a flash point and its tendency to decompose at higher temperatures require adherence to storage recommendations to ensure safety and efficacy.

FAQs of Phosphorus pentasulfide:

Q: How is phosphorus pentasulfide typically used in industrial applications?

A: Phosphorus pentasulfide is commonly employed in the manufacture of lubricating oil additives, pesticides, flotation agents, and as a synthetic rubber accelerator due to its high reactivity and purity.

Q: What benefits does using 99% pure phosphorus pentasulfide offer in manufacturing processes?

A: Utilizing phosphorus pentasulfide with 99% purity ensures enhanced chemical performance, reliable reaction yields, and high-quality end products in various industrial applications.

Q: When should phosphorus pentasulfide be used during production processes?

A: Phosphorus pentasulfide is typically introduced at the synthesis stage of manufacturing, where its reactive qualities are utilized to facilitate or accelerate desired chemical transformations.

Q: Where can phosphorus pentasulfide be sourced in India?

A: This chemical is available through multiple channels in India, including distributors, exporters, importers, manufacturers, suppliers, traders, retailers, and wholesalers.

Q: What is the recommended method for handling and storing phosphorus pentasulfide?

A: It should be kept in well-sealed bags or drums, away from moisture and extreme heat, to prevent decomposition. Adhering to proper storage guidelines ensures the product maintains its stability for up to twelve months.

Q: Is phosphorus pentasulfide safe to use in high-temperature processes?

A: Though stable under recommended conditions, phosphorus pentasulfide decomposes at elevated temperatures instead of exhibiting a flash point. Processes involving heat must consider its decomposition properties to maintain safety.

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