Shandong Jiurunfa Chemical Technology Co., Ltd. manager@chemical-sales.com 86-531-88978007
Shandong Jiurunfa Chemical Technology Co., Ltd. 企業紹介
製品
ホーム > 製品 > DMEダイメチルエーテル > High Purity Dimethyl Ether (DME) 99.9% Industrial Solvent & Clean Fuel Supplier

High Purity Dimethyl Ether (DME) 99.9% Industrial Solvent & Clean Fuel Supplier

製品の詳細

起源の場所: 山東中国

ブランド名: JIURUNFA

証明: ISO9001

モデル番号: DEM

支払いと配送条件

最小注文数量: 14トン

価格: 750/USD

パッケージの詳細: 14トン/タンク

受渡し時間: 7~15日

支払条件: L/C、T/T、ウェスタンユニオン、マネーグラム

供給の能力: 100000トン

お問い合わせ
今雑談しなさい
製品の詳細
ハイライト:

high purity dimethyl ether solvent

,

DME 99.9% clean fuel

,

industrial dimethyl ether supplier

引火点(閉鎖):
-41℃
表面張力:
16ダイン/cm(-10℃)
ガス粘度:
82.5μP(0℃)
比熱:
0.5351 CAL/g .°C
蒸発熱:
111.64CAL/g(-24.8℃)
燃焼熱:
7545CAL/g
空気中での爆発限界:
3.45~26.7%(V%)
ジメチルエーテルガスの発熱量:
14200×4.1868J/kg
液体ジメチルエーテルの発熱量:
6903×4.1868J/kg
臨界温度:
126.9℃
分子式:
C2H6O
原産国:
中国山東省
引火点(閉鎖):
-41℃
表面張力:
16ダイン/cm(-10℃)
ガス粘度:
82.5μP(0℃)
比熱:
0.5351 CAL/g .°C
蒸発熱:
111.64CAL/g(-24.8℃)
燃焼熱:
7545CAL/g
空気中での爆発限界:
3.45~26.7%(V%)
ジメチルエーテルガスの発熱量:
14200×4.1868J/kg
液体ジメチルエーテルの発熱量:
6903×4.1868J/kg
臨界温度:
126.9℃
分子式:
C2H6O
原産国:
中国山東省
製品説明

Dimethyl ether product description

Dimethyl ether(DME) is a colorless, non-toxic gas with a slight eal aroma that can be liquefied for storage. It is an important clean energy source and chemical raw material, known as a "green alternative to liquid fuel gas."
Due to its advantages such as complete combustion, clean emissions, and convenient storage and transportation, DME has been widely used in various fields, including energy, chemicals, refrigeration, and aerosol propellants.

Product Specifications


Density (liquid phase)

661kg/m3

Density (gas phase)

1.617kg/m3 (20°c, air =1)

Melting Point

-141.5℃

Boiling Point

-24.9℃

Flash Point(closed)

-41℃

Surface tension

16 dyne/cm(-10)

Gas viscosity

82.5μP (0°C)

Specific heat

0.5351 CAL/g .°C

Heat of evaporation

111.64 CAL/g (-24.8°C)

Heat of combustion

7545 CAL/g

Key Characteristics of Dimethyl ether


Clean and Environmentally Friendly:

· Combustion products are primarily carbon dioxide and water, with no smoke, sulfur, or particulate matter emissions.

· Conforms to the trend of clean energy development and can significantly reduce air pollution.

Excellent Combustion Performance:

· Excellent ignition performance, high combustion efficiency, and no carbon deposits.

· Has a high cetane number (approximately 55-60) and superior combustion stability to diesel.

Easy to Liquefy and Store and Transport:

· Can be liquefied at room temperature with slight pressurization (approximately 0.5 MPa).

· Storage and transportation methods are similar to those of liquefied petroleum gas (LPG), allowing for shared storage and transportation facilities.

Wide Applications:

· Can be used as household gas, a diesel alternative fuel, a spray propellant, a refrigerant, and a chemical raw material.

· Is a key intermediate for a variety of high-end chemical products (such as dimethylamine, dimethylsulfuric acid, acetic acid, and polyoxymethylene).

Diverse Sources:

· Can be synthesized from a variety of feedstocks, including coal, natural gas, biomass, and methanol.

· Supports renewable energy routes (such as biomass-based dimethyl and biomethanol).

High Safety:

· Non-toxic and non-corrosive, with stable combustion and no significant environmental damage.

· Wide explosion range (3.4% to 27%), but easy to detect and control.

Immense Development Potential:

· An important new energy source that replaces traditional fossil fuels and promotes energy transition.

· Against the backdrop of achieving carbon peak and carbon neutrality, dimethyl is becoming a vital component of the green energy industry.



Applications
Application Scenarios:
LPG Alternatives:
Household Fuel: Used for cooking and heating; dimethyl ether-LPG blends reduce carbon emissions.
Industrial Fuel: Achieves clean combustion in ceramic kilns and metal processing, reducing sulfur oxide emissions.

Automotive Fuel:
Diesel Alternatives: Used in buses and trucks with converted diesel engines; Blended Fuel: Mixed with LPG or diesel to improve combustion efficiency.

Power Generation Fuel:
Gas Turbines: Used in distributed power plants to reduce nitrogen oxide emissions.
Fuel Cells: Hydrogen produced through dimethyl ether reforming for hydrogen fuel cell power generation.


Company Professional Strength

Our group boasts a professional technical team capable of providing comprehensive services from technical consultation and sample preparation to evaluation, debugging, customized production, factory inspection, and application implementation. Our mission is to ensure our clients' peace of mind, saving them time and effort, while maximizing their value and achieving mutual benefit.