AHR组

Why Us?

AHR GROUP

 

About us

 

Ahr group  is an export company specially designed for those looking for high quality unique products from Indonesia . Our primary products are  coconut derivative , herbs and spices , silica sand for glases  

Coal , coal steam

 

Ahr group

All products are carefully selected and certified by the Indonesia  government approved authorities and international required certifications to ensure the quality of the product. At Ahr group  is quality and customer satisfaction are just not principles but they are the ways of achieving bigger heights for us. There by promising the best for the clients. Our stringent quality control helps us continuously manufacture the finest products customers demand each time, every time.

 

Our products are based on local in lampung – sumatera indonesia

AHR Group of companies having offices in Indonesia, We provide high quality products in the energy like coconut derivative , mineral like silica sand , field of Spices and Herbs,  Dried Fruits and Agricultural products. We have established trustworthy and long lasting relationships with a large network of buyers and suppliers located in South Asia, USA, South America, Europe, Middle East and Africa. Over these years, our companies have earned a reputation for delivering a unique combination of quality, value and trust with a view to satisfying all demands of our venerable customers.

 

plantation and agriculture

Coconut derivative And  Palm Tree  like :

 

•         Charcoal

•         Coco coir

•         Cocofiber

•         Cocopeat Powder

•         Vco oil

•         Rbd Oil

•         Cocopeat Block

•         Coconut cooking Oil

•         DECCICATED COCONUT Coconut

•         Coconut sugar

•         Palm sugar

•         Palm coco fiber

 

Herbs and Spices like :

 

•         Cinnamon/Cassia

•         Star Anise

•         Black Pepper/White Pepper

•         Cashew Kernel

•         Coffee

•         Cloves/Clove Stem

•         Nutmeg in shell/without shell

•         Long Pepper

•         Mace

•         Cubeb

•         Dry Ginger

•         Galangal Roots

•         Candlenut

 

 

 

Mineral like ;

a.  silica sand

1.      Silica and quartz in the form of low iron silica sand with content of 99.5% SiO2 and 120 ppm Fe2O3

2.      Silica and quartz in the form of white silica with 95% SiO2 content, 85% natural whiteness or through a calcined test at a temperature of 700ºC whiteness 90%, and passes a 16 mesh filter

According to the latest for the export of silica are the specifications mentioned above

 

Terms :

 

• supply according to needs and planned needs must be within 1 year and can continue to follow the contract
• Payment : Irrevocable and Confirmed L/C or bank TT

 

b. steam coal                                                                                                                                        

According to the International Energy Agency (IEA), the term 'hard coal' consists of bituminous coal and anthracite and is equivalent to high-end coal. This includes all non-agglomerated coal with a gross calorific value greater than 5,700 kcal/kg on an ash-free GAD and greater than 5,400 kcal/kg (GAR). Based on their final use, hard coal can be divided into two categories: steam coal (thermal coal) or coking coal (metallurgical coal). Thermal coal is mainly used for steam generation in power plants. Other purposes include direct heating, space and water heating, process heating and cement manufacturing.

 

The characteristics of coal in each contract area as marketed to customers (including blended coal) are listed in the following table (adb%, unless otherwise specified

 

Indicetive Coal Specifications

MSJ

SB

TBH

Total Moisture

±17

±18

±19

Inheret Moisture

±11

±12

±16

Ash Content

<9

4-8

4-8

Volatile Matter

38-42

39-41

38-40

Fixed Carbon

40-42

40-42

39-41

Calorific Value (adb kcal/kg)

5,800-6,400

5,800-6,400

5,800-5,800

Total Sulfur

<1.0

<1.0

0.3-1.0

Handgrove Grindability Index

±45

±45

±45

Ash Fusion Temperature (Reduced Atmosphere)

Initial Deformation

Over 1,250°C

Over 1,250°C

Over 1,250°C