Archives April 2024

Dimethyl Disulfide (DMDS): Catalyst Sulfiding and Advantages

Dimethyl Disulfide (DMDS): Catalyst Sulfiding and Advantages

Hexane- Heptane- Understanding the Impact of NHeptane Production

Understanding the Impact of n-Hexane Oversupply on n-Heptane Production

n-Hexane and n-Heptane, both members of the alkane family, find utility in diverse sectors due to their unique characteristics. While n-Hexane serves as a nonpolar solvent in electronics cleaning and leather industries, n-Heptane plays a crucial role in pharmaceutical intermediates and rubber synthesis. Let’s delve into the factors that link these two solvents and examine the implications of n-Hexane oversupply on n-Heptane production.

Market Demand and Supply Chain:

1. n-Hexane Demand and Applications:
    – n-Hexane, commonly known as “white gasoline,” boasts excellent solvency for oils and fats. It is widely used in the electronics and footwear industries as a cleaning agent.
    – A decline in n-Hexane demand could prompt manufacturers to reduce production, potentially affecting the supply chain.
    – Manufacturers may seek alternative markets or adjust production strategies, indirectly impacting n-Heptane production.

2. Process and Raw Materials:
    – n-Hexane and n-Heptane follow distinct production processes involving desulfurization, dearomatization, and distillation steps.
    – Reduced n-Hexane production might necessitate adjustments in related equipment and process lines, potentially affecting n-Heptane production.

3. Market Competition and Cost Considerations:
    – Both solvents overlap in certain applications, such as plant oil extraction.
    – If n-Hexane prices rise or it faces oversupply, manufacturers may explore n-Heptane as an alternative, affecting n-Heptane’s market share and production.

Conclusion:
The oversupply of n-Hexane can trigger a chain reaction impacting n-Heptane production, including market demand, supply chains, process adjustments, and cost dynamics. Vigilant monitoring of market shifts and flexible production strategies are essential to ensure stable n-Heptane supply. As the chemical industry evolves, understanding these intricate relationships becomes paramount for sustainable solvent production.

What is HS code for Cyclopentane?

What is HS CODE for Cyclopentane?

Cyclopentane is a colorless liquid mainly used in the production of polyether polyesters, organic synthesis, and pharmaceuticals.

In international trade, each product has a specific customs code for classification and identification during cross-border trade and customs clearance.
According to the regulations of Chinese customs, the customs code of Cyclopentane is 29021900.

Specifically, 29021900 refers to other nitrogen-containing organic compounds synthesized by chelating carbon rings and attaching another ring to each carbon atom between carbon rings.

The following are 10 common customs codes and detailed information for Cyclopentane in international trade:

1. 2902190010:
Nitrogen containing cyclomethane, cyclohexane, cyclopropane, cyclobutane or cyclopentane, with detailed information on the following:
These types of compounds are commonly used in organic synthesis and pharmaceutical fields, mainly as solvents or intermediates.

2902190020:
Detailed information on nitrogen-containing cyclohexane or cyclohexane:
These compounds are commonly used in the synthesis of polyether polyesters and have a wide range of applications, including plastic product manufacturing and pharmaceutical production.

3. 2902190030:
Detailed information on nitrogen-containing cyclic alcohols and ketones:
These types of compounds are commonly used as solvents or intermediates in organic synthesis, and can also be used to produce specific pharmaceutical products.

4. 2902190040:
Detailed information on other organic compounds used in the synthesis of nitrogen-containing cyclic chemistry:
This type of compound includes various cyclic hydrocarbons, cyclic ketones, cyclic alcohols, etc. It can be used to synthesize complex organic compounds and has a wide range of applications.

5. 2902190050:
Detailed information on nitrogen-containing cyclic olefins:
These types of compounds are commonly used as catalysts or reaction intermediates in organic synthesis and have high chemical reactivity.

6. 2902190060:
Detailed information on nitrogen-containing cyclic alkynes:
These compounds have important organic synthesis value and can be used as precursors for synthesizing liquid crystal materials, drug molecules, etc.

7. 2902190070:
Detailed information on nitrogen-containing aromatic hydrocarbons:
These compounds are important raw materials in organic synthesis and can be used to produce products such as dyes, colloids, and surfactants.

8. 2902190080:
Detailed information on other organic compounds used in the chemical synthesis of nitrogen-containing rings:
This type of compound is a multifunctional organic compound that can be applied in chemical reaction catalysis, intermediate synthesis reactions, etc.

9. 2902190090:
Detailed information on other organic compounds used in the synthesis of nitrogen-containing cyclic chemistry:
Such compounds may have specific structures and properties, making them suitable for synthesizing complex organic molecules or functional materials.

10. 29021900X0:
Detailed information on other organic compounds used in the synthesis of nitrogen-containing cyclic chemistry:
This type of coding is usually used for other organic compounds that do not specify specific nitrogen-containing rings, and specific uses and properties require specific analysis.
Overall, Cyclopentane and its derivatives have important application value in international trade, widely used in fields such as chemistry, medicine, pesticides, and synthetic materials.
Understanding customs codes and their detailed information can help enterprises effectively manage the flow of goods and customs declaration, ensuring smooth cross-border trade and customs clearance.

DTBPS chemical structure

What is DTBPS?

Di-tert-butyl Polysulfide (DTBPS)

DTBPS

Di-tert-butyl Polysulfide (DTBPS) is a specialized chemical compound primarily composed of tetra and penta sulfides. Unlike distilled materials, DTBPS boasts the highest sulfur content among manufactured polysulfides. It plays a crucial role in hydrotreating catalysts used in various industrial processes.

Common Namedi-tert-butyl polysulfide
CAS Number68937-96-2Molecular Weight188.20100
Density0.931g/cm3Boiling Point249.4ºC at 760 mmHg
Molecular FormulaC7H8O4SMelting PointN/A
MSDSN/AFlash Point85ºC (closedºCup)

Chemical & Physical Properties

Density0.931g/cm3
Boiling Point249.4ºC at 760 mmHg
Molecular FormulaC7H8O4S
Molecular Weight188.20100
Flash Point85ºC (closedºCup)
Exact Mass188.01400
PSA71.98000
LogP2.25740
Index of Refraction1.492

Properties and Applications

  • Composition: DTBPS is a blend primarily composed of tetra and penta sulfides.
  • Sulfur Content: It contains the highest sulfur content among manufactured polysulfides.
  • Usage: DTBPS finds application in the metalworking lubricant markets where it contributes to improving lubricity, reducing friction, and enhancing machining processes.

Other Polysulfides

In addition to DTBPS, other available polysulfides include:

  1. TNPS 537
  2. TDPS 532
  3. TDPS 320

While DTBPS is not directly related to Disinfection Byproducts (DBPs), it serves as a critical component in industrial catalysts. If you have any further questions or need more information, feel free to contact us! 🌟

Request a Quote

Request a Quote

for Pentanes, Hexanes, Heptanes, Butanes and more

I will be back soon

Request a Quote
If you would like to receive a quote to purchase a product or you would like more information, please message us on WhatsApp.