Ready Stock - Our Product Wood Fluor Manufacturer

WOOD POWDER
 (Tectona grandis) 

Stock Our production per month / week / day 

- Pure Teak wood flour (  Ready Stock  )  
  700 Ton Capacity Produck more / Monthly

- Teak wood flour mixture is Merbaung  (  Ready Stock  )  
  Produck Capacity 500 Tons more / Monthly

- Flour Mixes rosewood mahogany  (  Ready Stock  )  
  Capacity 700 Tons Produck more / Monthly

- Flour Mixes rosewood mahogany, Merbaung, Camphor, Trembesi [Hardwood]  
  (  Ready Stock  )  
  1500 Ton Capacity Produck more / Monthly

- Flour Mixes Mahogany wood, Merbaung, Camphor, Trembesi [Hardwood]  
  (  Ready Stock  )  
  Capacity Produck 2000 tons more / Monthly

- Wood Flour Sticky   (  Ready Stock  )  
  Produck Capacity 400 Tons more / Monthly

- Flour Mahogany Murny  [Coarse / Fine]  (  Ready Stock  )  
  350 Ton Capacity Produck more / Monthly


Teak wood flour or Teak wood powder is one of the main ingredients for the manufacture of mosquito coils, incense, glue mixture, mix for concrete flexibility, and is also used as material for motorcycle brake. We produce flour teak wood (teak wood powder) of teak wood sawdust (teak wood sawdust) with the following specifications:

Particle size :
60 mesh / 
80 mesh / (coarse) 
140 mesh / (0,4) 
200 mesh / (fine) 

Mesh Size ( % ) :  Min 98

Color : Brown - White Brown

Calories : 3000 >

Water Content : <13%

Packaging : 50 kg - 100 kg / sack

Raw Material: Teak Wood Sawdust and More 





Tectona grandis our Resources derived from teak wood that has the appropriate land is slightly alkaline, with a pH between 4.5 - 7 / 6-8, the nest (have good aeration), contains quite a lot of lime ( Ca, calcium) and phosphorus (P),  and is not flooded with water.

Type teak

1. Teak  lengo  or  teak  night , have wood is hard, heavy, feels smooth when touched and the like containing oil (java:  lengo , oil;  night , candles). Dark, mottled and striped much.
2. Teak  sungu . Black, solid and heavy (java:  sungu , horn).
3. Teak werut , with hard wood and fiber choppy.
4. Teak doreng , woody very hard with the color black striped lit, very beautiful.
5. Teak flowers .
6. Teak limestone , wood whitish because it contains a lot of lime. Less powerful and less durable.

Standard Class Type Wood Flour Manufacturer

Adhesives  (SMOOTH)  

A1  : Merbau, Camp er, Meranti, Mahogany [Hybrit] 

Combustion  (ROUGH)  

B1  : Acacia, Teak [50%], Balsa, Sono Keling, Mahogany [Hybrit] 



Application of Wood Flour Grajen Teak: 

- Flour Grajen Teak is widely used as a stuffing for incense. 

- Flour Grajen Teak is used as a filler and extender for plastic wood products. 

- Flour Grajen Teak is used for the manufacture of mosquito coils. 

- Flour Grajen Teak is used for material raw canvas motorcycle brakes. 

- Flour Grajen Teak is used as raw material for the manufacture of bricket.  

- Flour Grajen Teak is used for fertilizer mix mushroom cultivation. 

- Flour Grajen Teak is used to mix the fertilizer for the soil. 


Which Can be Used too by:

-Mosquito Coil Industry 
-Fertilizer 
-Oil and Oil Drilling 
-Furniture

Particle size :  60 mesh / 80 mesh / 140 mesh (0,4)

Color                        : Brown

Water Content      : <13%

Packing                   : 50 kg / 100 kg / bags

Capacity                :  500 tons per month  


We also carry stock for Grajen 

MOLDING AND PLANNER 



 Offer Price: Please contact us  Click Here!

Sell ​​/ Teak Wood Flour Producers Mesh 60 - Mesh 80 - 100 mes up big thank Orders Large Capacity

Mahogany mix, Merbaung, Camphor, Trembesi [Hardwood]

Teak wood flour mixture is Merbaung

Pure Teak wood flour

Teak wood flour mixture is Mahogany

Mahogany mix, Merbaung, Camphor, Trembesi [Hardwood]

Teak wood flour mixture is Mahogany

* Sell ​​Teak Wood Flour   

+  Selling Teak Wood flour mixture 

+  Selling Wood flour mixture Merbaung 

+  Flour Sticky  

Mesh:  60-80 - 140 mesh

Wood Flour Sticky

Teak wood flour mixture is Merbaung

Mahogany mix, Merbaung, Camphor, Trembesi [Hardwood]

Teak wood flour mixture is Mahogany, Merbaung, Camphor, Trembesi [Hardwood]  

Pure Teak wood flour

we produce teak wood flour 60-80 - 140 mesh .. monthly production capacity of 120 tons .. and will increase if there is a big demand quota Inshallah can meet the demand. Location : East Java teak Purpose flour  : Raw materials repellent, Incense , Brake linings, Bricket, Fertilizer etc. more .. For more further information please contact us ..

USING JUNIPER WOOD FLOUR AS A CARRIER FOR SEED PIECE TREATMENTS ON RUSSET NORKOTAH POTATOES

Steven R. James, Kenneth A. Rykbost, Brian A. Charlton and Paul Kresge

Abstract

An experiment to evaluate the effects of using juniper flour as a carrier for seedpiece
treatments on Russet Norkotah potatoes was planted at the Madras site of the Central
Oregon Agricultural Research Center. Plant emergence for the treatments containing
juniper wood flour combined with Dithane® was significantly lower than the treatment
with juniper wood flour but no Dithane. The lower emergence observed for the seed
pieces treated with the combination of juniper wood flour and Dithane resulted in lower
yields of U.S. No. 1s when compared with the juniper wood flour without Dithane. The
results suggest a possible deleterious effect on emergence when juniper wood flour is
combined with Dithane.


Introduction

Various pathogens have the potential to cause serious problems in cut potato seed. Poor
stands caused by seed piece decay may be especially troublesome in years characterized
by unfavorable soil moisture and weather conditions. Some seedpiece treatments applied
to the cut surfaces of seed potatoes serve to protect them from infection and decay, while
others enhance wound healing and periderm formation on the cut surface. Tree bark
flours are typically used in seed piece treatment formulations and serve as carriers for
fungicides and to enhance wound healing. In addition, bark, talc, and other seed piece
treatment carrier materials adhere to moist surfaces of cut tubers and promote a smooth
flow of seed pieces in planting equipment.

Potato seed piece treatment formulations with bark typically have used Douglas fir
(Pseudotsuga menziesii) or alder (Alnus rubra) bark because this material was readily
available. Western juniper (Juniperus occidentalis) is a nuisance species that has invaded
millions of acres in the western states. Extensive efforts are underway to develop
markets for products from this species. This study was initiated to determine whether
wood flour from western juniper could be a suitable alternative to alder or fir bark as a
carrier for potato seed treatment products. A secondary objective was to evaluate altered
ratios of the ingredients. Three locations were included to expose the formulations to a
range of soil and climatic conditions with potentially different disease pressures. This
report does not include the results from the Klamath Falls or Ontario locations.

Materials and Methods

Four experimental formulations containing juniper wood flour and one containing alder
bark were compared with a commercial standard, Evolve® (thiophanate-methylmancozeb-cymoxonil,
Gustafson). Experimental formulations evaluated included: F1)
alder bark, talc, and zeolite at 31 percent each and Dithane (mancozeb, Dow Agro Sciences, LLC) at 7 percent; F2) juniper flour, talc, and zeolite at 31 percent each and
Dithane at 7 percent; F3) juniper flour, talc, and zeolite at 33.3 percent each; F4) juniper
flour at 31 percent, talc at 47 percent, zeolite at 15 percent, and Dithane at 7 percent; and
F5) juniper flour and talc at 31 percent each, zeolite and beet pulp at 15.3 percent each,
and Dithane at 7 percent.

Certified Russet Norkotah seed was sorted into 6- to 8-oz tubers and cut into 4 pieces per
tuber on May 10. One hundred twenty seedpieces (30 per replicate) were weighed and
placed in a clean, dry bucket. Treatment materials were weighed and about 500 g of
material was added to each respective bucket. Seed pieces and treatment material were
mixed and transferred several times between two buckets. Seed pieces were allowed to
air-dry and any remaining treatment material was collected and weighed.

The experiment included four replications of single-row, 30-hill plots arranged in a
randomized complete block design. Seed was spaced at 9 inches in 36-inch rows.
Fertilizer was banded at planting on May 13 at 166 lb N, P2O5, and K2O/acre, and 73 lb
S/acre. Admire® (imidicloprid, Bayer) was applied at 0.27 lbs active ingredient/acre at
planting to control insects. Eptam 7-E® (s-ethyl dipropylthiocarbamate, Gowen) and
Matrix® (rimsulfuron, DuPont) were applied at 5 pints/acre and 1.5 oz/acre, respectively,
to control weeds. The experiment was irrigated with solid-set sprinklers based on
AgriMet crop water use calculations. Emergence data were collected on June 23. Stem
counts were taken on October 20 prior to harvest.

Vines were rolled on September 15 and tubers were harvested on October 20. All tubers
were graded to USDA standards in late October.

Results and Discussion

The amount of product that adhered to cut seed was greatest for the F1 treatment at 0.71
lb/cwt of seed. Treatment F5, which included beet pulp, was retained at 0.41 lb of
product/cwt. All other treatments were within a narrow range of 0.47 to 0.55 lb of
product/cwt of seed.

Plant emergence 40 days after planting ranged from 90 to 100 percent with Evolve and
F3 at 100 percent and F1, F2, F4, and F5 at 97, 90, 93, and 93 percent respectively. Plant
emergence for the treatments containing juniper wood flour combined with Dithane was
significantly lower than the treatment with juniper wood flour but no Dithane. Alder
bark combined with Dithane did not significantly lower plant emergence. The results
suggest a possible deleterious effect on emergence when juniper wood flour is combined
with Dithane.

Stem counts taken prior to harvest were 1.7 stems/plant except treatment F5, which had
1.6 stems/plant.

High yields were observed with a high percentage of large tubers (Table 1). Excessive
tuber size resulted in rough tubers and contributed to relatively high cullage in all treatments. Seed pieces treated with the commercial standard Evolve produced the
highest total yield and largest tuber size. The trend in yield of U.S. No. 1s was consistent
with emergence data. The lower emergence observed for the seed pieces treated with the
combination of juniper wood flour and Dithane resulted in lower yields of U.S. No. 1s
when compared with the juniper wood flour without Dithane.

Acknowledgement: Funding for the study from Kresge Consulting Inc. is gratefully
recognized.

Table 1. Effects of seed piece treatments on yield and tuber size of Russet Norkotah
potatoes, Madras, Oregon, 2004.
Treatment <4oz
<---
4-12
Ones
12+
----->
Total Twos Culls
Total
yield
Tuber
size
 <------------------------------cwt/acre------------------------> oz

Evolve 20 148 444 592 0 106 718 13.6
F1 26 161 328 489 6 153 674 12.2
F2 18 179 265 445 0 120 582 11.8
F3 18 237 307 544 0 51 613 11.0
F4 19 166 290 456 0 107 582 12.4
F5 20 189 293 482 0 123 625 12.6

LSD (5%) ns ns 94 104 4 56 96 1.3

Wood flour

Wood flour is finely pulverized wood that has a consistency fairly equal to sand or sawdust, but can vary considerably, with particles ranging in size from a fine powder to roughly the size of a grain of rice. Most wood flour manufacturers are able to create batches of wood flour that have the same consistency throughout. All high quality wood flour is made from hardwoods because of its durability and strength. Very low grade wood flour is occasionally made from sapless softwoods such as pine or fir.

Wood flour is commonly used as a filler in thermosetting resins such as bakelite, and in linoleum floor coverings. Wood flour is also the main ingredient in wood/plastic composite building products such as decks and roofs. Prior to 1920, wood flour was used as the filler in ¼-inch thick Edison Diamond Discs.^[1]

Wood flour has found a use in plugging small through-wall holes in leaking main condenser (heat exchanger) tubes at electrical power generating stations via injecting small quantities of the wood flour into the cooling water supply lines. Some of the injected wood flour clogs the small holes while the remainder exits the station in a relatively environmentally benign fashion.

Wood flour can be used as a binder in Grain filler compounds.

Large quantities of wood flour are frequently to be found in the waste from woodworking and furniture companies. An adaptive reuse to which this material can be directed iscomposting.

Powder processing Wood Charcoal Briquette Being

Wood powder processing Being Charcoal  Briquettes

During much of this waste wood dust cause problems in handling that has been left to rot, stacked and burned all of which have a negative impact on the environment so that countermeasures should be considered.

One way that can be taken is to use value-added products with applied technology and democracy so that the results are easily disseminated to the public.

Processing waste to a waste-to-product raw materials or new products that have economic value. In management, waste-to-product should apply the principles of:

• Reduce; Reduce means to reduce. In this case, it is expected that we can reduce the use of wood materials which can increase the amount of waste sawdust, and can reduce and prevent damage to forests from illegal logging regardless of environmental conditions.
• Reuse; Reuse means reuse. In sewage treatment sawdust, the intention is to use sawdust back into raw materials for  making briquettes  charcoal  economically valuable.
• Recycle; Recycle means to recycle. In sewage treatment sawdust, the intention is to recycle sawdust into new products, namely  briquette  charcoal .
• Can reduce costs; As already known, there is currently a crisis of fuel energy. Currently kerosene has been scarce, and LPG gas prices soaring. Many small people who feel overwhelmed by the increase in the price of LPG gas. With the  briquette  charcoal, is expected to be resolved and it is able to help the little people. Waste sawdust into  charcoal briquettes  is very easy and cost of production was little, since the raw material derived from waste that can easily be obtained everywhere. In addition, sewage treatment can also improve people's income when the manufacture of  charcoal briquettes  is well managed for the next  charcoal briquettes  for sale. Materials charcoal briquettes are easily available around us floured sawn timber.
• Being able to save energy; Waste sawdust into briquettes charcoal proven to save energy.In 1990 stood  factory  charcoal briquettes without adhesives in West Java and East Java, which uses sawdust wood as the main raw material. The quality of charcoal briquettes produced has a calorific value of less than 7000 cal / g is equal to 6341 cal / g and a carbon content of 74.35% dependent. However, studies conducted in West Java indicate that plant with a capacity of charcoal briquette charcoal briquette 260 kg / day can be beneficial. In supermarkets can now be bought charcoal from wood with the selling price of Rp 12,000 / 2.5 kg. If the charcoal briquettes from sawdust can be used as an alternative energy source either as a substitute for kerosene and firewood will be able to be saved as much as 3.5 million tons of CO2 to  Indonesia , while for the world because of the need of firewood and charcoal for 2000 is estimated at 1 , 70 x 109 m3 (Moreira (1997), the amount of CO2 that can be prevented release as much as 6.07 x 109 tonnes of CO2 / year.
• Eco-efficiency; Eco-efficiency here means sawdust waste treatment is expected to impact positively on the environment. With the use of charcoal as fuel then we can save the use of wood as the main outcome of the forest. Besides utilizing sawdust as a charcoal briquettes will increase waste utilization of forest products while reducing air pollution, as currently existing wood sawdust just burned away.

For additional information, here is a way of making charcoal briquettes from waste sawdust.
1. Equipment:

•     Sieve mesh size of 50 passes and 70 mesh
•     Mold briquettes
•     Oven.

2. Material:

•     Sawdust
•     Coconut Tempurang
•     Lem kanji

3. Stages of manufacture:

• Authoring. Sawdust and  coconut shell  charcoal and charcoal made ​​manual (burned).
• Sieving. Sieving intent to produce charcoal sawdust and  coconut shell  is soft and smooth.Sawdust charcoal sieved with 50 mesh sieve size breakouts and charcoal coconut shell  with a size of 70 mesh.
• Mixing media. Charcoal sawdust and coconut shell that has been filtered then mixed with sawdust charcoal ratio of 90% and 10% coconut shell charcoal. At the time of mixing coupled with starch glue as much as 2.5% of the entire mixture of charcoal sawdust and coconut shell.
• Charcoal Briquette printing. After the ingredients are mixed evenly, then put into molds and pressed briquettes

Fragrances for Health Benefits: Incense perfumed Bali

Aroma therapy has become one of the ways for treatment in the healing of disease. 
Here I provide an overview and information about some of the benefits to be gained in Aroma Fragrance for health:

Citronella to reduce tension, relieve nasal congestion, overcome insomnia, snoring and migraines. Eucalyptus (eucalyptus) useful respiratory conditions, alleviate sensitive nose, bronchitis, asthma, coughs, colds, fever and flu. Lavender in order to facilitate sleep, relieve anxiety, overcome depression, reduces the feeling of tension. Green tea (green tea) to improve blood circulation, helps remove phlegm and clearing the lungs. Also slowing the aging process. Sandalwood (Sandalwood) is useful for eliminating anxiety and smells very helpful for meditation. Rose (rose) to create a romantic atmosphere and full of passion, improve metabolism and circulatory system, balance hormones, relieve sensitive skin sensitization and allergy . Flower ylang useful relieve high blood pressure, produce sebum on the skin. PeppermintAroma refreshing, evokes the atmosphere, reducing abdominal pain, tension, and cure headaches. Lotus (lotus) increase vitality, and concentration, reduce heat, improve the function of the spleen and kidneys. Lemon can reduce stress and anti depression, improve mood and relaxes your mind and gives a fresh feeling. Vanilla with soft and warm aroma able to calm the mind. Jasmine (jasmine) serves as aphrosidiac sensual to stimulate and create a romantic atmosphere. Strawberry can improve appetite, reduce heart disease, high blood pressure and cancer. (Source Republika.co.id)

Bali is known as the island of gods, fragrances once familiar with everyday life. In addition to the fragrance of the flowers are presented and used to worship, also smell the scent of incense smoke billowing every day. The aroma of incense, can be used for therapy and meditas accordance with the aroma fragrance. However, it should be noted that excessive aroma and a tendency to use chemicals are not good for health. To watch and to be considered in the purchase of incense used for worship, prioritizing natural ingredients and does not interfere with health. Would that we be careful, because if one chose instead obtained health but otherwise, even shortness of breath and pain are obtained, even possibly other pain-related chemicals we breathe. 

Empowering Citizens Through Herbal Incense

DURING THIS INCENSE SUPPLY IS STILL DOMINATED BY PRODUCERS OUTSIDE OF BALI, ESPECIALLY JAVA.

I Made teacher XI ( private dock via Cash )

Business opportunities incense  in Bali is very tempting. In one day, one family in Bali can use as many as 15 daily incense for religious ceremonies. If the majority of families in Bali using incense every day, niche business of producing incense certainly big enough.

Seeing a business opportunity that is,  I Made Dwija Nurjaya  business aim is toempower the people of Bali  in the environment. Looking at it, Dwija steady running this business for residents in Bali is no longer rely on incense products from outside Bali. With experience working in one of the creative business sector in Bali, Dwija tried setting up my own business in 2003 ago.

Dwija said, during this supply of incense is still dominated by producers outside of Bali, especially Java. In addition, the production of Chinese incense also quite dominate supply incense in Bali, in addition to India. He said, because of the needs of incense in Bali is very high, do not be surprised if the shipment incense from outside the island can reach 10 tons a day.

About five tons of incense comes from outside Bali, especially from areas in Java. Some are imported from countries such as China. If the imported parts could be taken over by local manufacturers in Bali, then counting the advantages that can be achieved is certainly quite tempting.

Although the supply of incense is still dominated by the incense of Java and imports, he graduated from the Faculty of Economics, University of Udayana, Bali is trying to become a major supplier in their homeland, especially for herbal incense product. He claimed that he only produces herbal incense in Bali even in Indonesia.

In terms of marketing, marketing teacher only herbal incense made by word of mouth and through online. Teacher did not find it difficult to market because homemade incense has special characteristics, the raw material of herbal. "I was advised by the government to Bali herbal incense has a typical," said teacher

Now, he is believed to still supply the incense into a number of areas in Bali. Through this herbal incense business, in 2013 the award was given Dwija "Means Culture Creative Economy" by the city government in Bali.

He is currently focusing his efforts to make growing and being the only major supplier of herbal incense in Bali, so the Balinese people no longer have a dependency on other areas.

According Dwija, important factors that encourage businesses to expand, because it empowers people in the neighborhood to produce incense.