Saturday, August 1, 2015

Design mix proportion for fly ash bricks

Design mix proportion for Light weight fly ash bricks
Fly Ash = 50%
Lime = 10%
Gypsum = 3-5%
Crusher/Stone Dust = 35-37%

Design mix proportion for Strong fly ash bricks
Fly Ash = 35%
Lime = 10-15%
Gypsum = 5%
Crusher/Stone Dust = 55-50%

If you want to use Cement then
Cement=Lime+Gypsum.

Procedure to mix proportion
Start Pan Mixture>>>Put Lime>after>>Mix Gypsum>after>>Mix Stone Dust/Sand>after>>Fly Ash>after>>Water according to requirement....



Saturday, April 11, 2015

Flyash Blocks or Bricks, Advantage, Test Report, Full Form, Manufacturing Process, Machinery Used, Comparison, Standard Size, Cost, Prices, Differences, Density

Complete Information of Flyash Blocks or Bricks, Advantage, Test Report, Full Form, Manufacturing Process, Machinery Used, Comparison, Standard Size, Cost, Prices, Differences, Density, fly ash bricks, fly ash blocks, cement bricks, manufacturers fly ash bricks, suppliersfly ash bricks, fly ash brick machine, fly ash brick, fly ash bricks plant, fly ash bricks manufacturing process, fly ash bricks disadvantages, fly ash bricks composition, flyash bricks machine, flyash bricks making machine, Fly ash bricks ppt, fly ash bricks making machine...


Introduction of Flyash Bricks and Blocks>>>

Fly ash brick (FAB) is a building material. its prepared by using coal ash.

Advantages of Fly Ash Bricks>>>


  1. Due to high strength, practically no breakage during transport & use.
  2. Due to uniform size of bricks mortar required for joints & plaster reduces almost by 50%.
  3. Due to lower water penetration seepage of water through bricks is considerably reduced.
  4. Plaster of Paris / Gypsum Plaster can be directly applied on these bricks without a backing coat of plaster.
  5. These bricks do not require soaking in water for 24 hours.
  6. Only sprinkling of water before use is enough.




Fly ash bricks raw material composition : For Excellent quality

  1. Flyash -40%
  2. lime- 10%
  3. Gypsum - 5%
  4. Stone Dust - 45%



Flow Diagram : fly ash brick Manufacturing Process and plant>>>




  1. Fly ash
  2. Stone Dust
  3. Lime/Cement
  4. Water
  5. Pan Mixture
  6. Shaping Machine
  7. Curing Chamber
  8. Ready Brick



Features of fly ash bricks>>>
  1. Size 230x110x75mm
  2. Conforming to IS 12894
  3. Compression Strength more than 75 kg /sq.cm.
  4. Uniform in shape
  5. More durable with passage of time
  6. Water absorption within permissible limits
  7. Less mortar consumption & savings in plastering cost
  8. Cost effective

Technical Specifications>>>




  1. Sizes available :230x110x70 mm
  2. Raw Material Used : fly ash, Cement, Gypsum, Crusher Dust
  3. Uses : constructions of walls
  4. Colors & packaging available : light grey, minimum 1 load truck can be delivered



Technical Specifications>>>





(1) Fly Ash Brick Size Details :

Size [6 Inches ] :- 230 x 150 x 80 mm and 230 x 150 x 100 mm
Size [4 Inches ] :- 230 x 100 x 75 mm and 230 x 100 x 100 mm

Can be available in other suitable sizes depending on the quantity.


(2) Compressive Strength : Avg. 7.5 N / Sq.mm.
( As against 3.5 N/Sq. mm for handmade clay bricks )

(3) Water Absorption : 8-12 %
( As against 20 to 25% for clay bricks )

(4) Efflorescence : Nil

(5) Density : 1700 Kg/m3
(6) Weight:
230x150x80 mm ( Weight about 5.0 to 5.20 kgs. )
230x150x100 mm ( Weight about 7.20 to 7.50 kgs. )
230x100x75 mm ( Weight about 3.40 to 3.50 kgs. )
230x100x100 mm ( Weight about 4.50 to 4.60 kgs. )

(7) Composition :-
(i) Cement : Birla Super Cement OPC 53 Grade
(ii) Thermal Station Fly Ash
(iii) Crushed Sand / Stone Dust

(8) Thermal Conductivity : -
0.90 – 1.05 W/m2 0 C
( 0.75 – 0.90 K cal/m2 hr 0C )

(9) Drying Shrinkage :-
Maximum Average drying test shrinkage 0.035-0.04 %

(10) Brick Colour :-
Gray / Dark Gray


Comparison or Differance between Flyash bricks and Clay bricks>>>Clcik Here
Comparison or Differance between Flyash bricks and CLC Bricks>>>Clcik Here
Comparison or Differance between Flyash bricks and AAC bricks>>>Clcik Here



Test Report Of CLC Bricks ANd Blocks>>>
  1. Dimension in MM.
  2. Compressive Strength in N/mm2.
  3. Dry Density in Kg/Cu.m
  4. Water Absorption in %

For More Information Call me For free consult- +91-9413143411. Thanks For Visit.

AAC Blocks or Bricks, Advantage, Test Report, Full Form, Manufacturing Process, Machinery Used, Comparison, Standard Size, Cost, Prices, Differences, Density

Complete Information of AAC Blocks or Bricks, Advantage, Test Report, Full Form, Manufacturing Process, Machinery Used, Comparison, Standard Size, Cost, Prices, Differences, Density, Autoclaved Aerated Concrete (AAC) block is a precast, lightweight and insulating green building product, Manufactures autoclaved aerated concrete (AAC) blocks, and panels that are noncombustible, fire-rated, inorganic, dimensionally accurate and durable, AAC Block manufacturers, AAC Block suppliers, AAC Block producers, AAC Block exporters, AAC Block,Autoclaved Aerated Concrete Block,AAC Block Making Machine offered comprise machines making use of raw materials like sand, fly ash as a raw material for making blocks,


Introduction of AAC Blocks and Bricks>>>
AAC = Autoclaved Aerated Concrete

AAC was founded in Sweden by an architect called A.J.Ericksson and is now being produced in more than 420 factories around the world. It is made from fine ground silica sand, Fly ash, Portland cement, Lime, water and aluminum powder. The production process is very carefully monitored to ensure a controlled consistency in the proportions and timing of all ingredients that are used in every batch.

The Autoclaved Aerated Concrete (AAC) material was developed in 1924 in Sweden. It has become one of the most used building materials in Europe and is rapidly growing in many other countries around the world.

Autoclaved Aerated Concrete is a Lightweight, Load-bearing, High-insulating, Durable building product, which is produced in a wide range of sizes and strengths.

AAC offers incredible opportunities to increase building quality and at the same time reduce costs at the construction site.

AAC is produced out of a mix of quartz sand and/or pulverized fly ash (PFA), lime, cement, gypsum, water and aluminum and is hardened by steam-curing in autoclaves. As a result of its excellent properties, AAC is used in many building constructions, for example in residential homes, commercial and industrial buildings, schools, hospitals, hotels and many other applications. AAC contains 60% to 85% air by volume.




Advantages of AAC Blocks >>>

Fire Resistant - Depending upon the thickness of the Autoclaved Aerated Concrete (AAC) Blocks, they offer fire resistance from 2 hours up to 6 hours. These blocks are highly suitable for the areas where fire safety is of great priority.

Pest Resistant - Autoclaved Aerated Concrete (AAC) Block consist of the inorganic material in its constitution that helps preventing/avoiding termites, damages or losses.

Sound Proof - The porous structure of the AAC blocks results into enhanced sound absorption. The Sound Transmission Class (STC) rating of the AAC blocks up to 45 db. Thus, AAC blocks have been the most ideal material for the construction of walls in auditorium, hotels, hospitals, studios, etc.

Earthquake Resistant - The light weight property of the AAC blocks results into higher steadiness of the AAC blocks in the structure of the buildings. As the impact of the earthquake is directly proportional to the weight of the building, the building constructed using AAC blocks are more reliable and safer.

Faster Construction - As the AAC block is very easy to handle, manipulate and use ordinary tools for cutting the wood such as the drill, band saws, etc. could be easily used to cut and align the AAC. Moreover, the AAC blocks come with larger sizes and fewer joints. This ultimately results in faster construction work as the installation time is significantly reduced due to fewer amounts of blocks and the masonry amount involved is also lowered resulting into reduced time-to-finish.

Long Lasting - AAC blocks are highly superior in terms of the strength. Higher level of strength of these blocks gives higher stability to the structure of the building. AAC is manufactured from non-biodegradable materials, which neither rot nor attract mould, keeping interiors clean and durable.


Cost Saving - AAC block weighs almost around 80% less as compared to the conventional red brick ultimately resulting into great reduction of deadweight. Further, the reduced deadweight results into reduction of the use of cement and steel which helps great in cost savings.

Versatile - AAC Blocks have an attractive appearance and is readily adaptable to any style of architecture. Almost any design can be achieved with AAC.


Non-toxic - Autoclaved Aerated Concrete products do not contain any toxic gas substances. The product does not harbor or encourage vermin.


Thermal Insulation - AAC block has exceptional thermal insulating qualities. The thermal conductivity of the AAC blocks helps maintaining the inner temperature to be warm during the winters and cool during the summers which ultimately leads to savings in air conditioning load and consequently enhanced energy efficiency.


Moisture Resistance - Moisture from both external and internal sources can cause damage to buildings, therefore, moisture protection is a primary consideration.
External moisture sources include rain and water from the soil. Internal moisture, usually in the form of humidity, can cause condensation on the surface of the walls as well as condensation inside the wall itself.

AAC has a very porous structure which is characterized by "macro" pores. Macro pores are small air bubbles evenly distributed throughout the material. Therefore, absorption of water into the AAC material is minimal.

Environment Friendly - AAC is a non-toxic product which does not pollute the air, land or water. During the manufacturing process, waste from the cutting process is recycled back with raw materials and used again. During construction, there is virtually no waste generated. The energy consumed in the production process is only a fraction compared to the production of other materials. The manufacturing process emits no pollutants and creates no by-products or toxic waste products. AAC is manufactured from natural raw materials. The finished product is thrice the volume of the raw materials used, making it extremely resource-efficient and environmentally friendly.

Lightweight - One of the biggest features of AAC blocks is its light weight. These blocks possess a cellular structure created during manufacturing process. Millions of tiny air cells impart AAC blocks very light weight structure. Density of these lightweight blocks usually ranges between 550 – 650 kg/m³ making them lighter than water.

Perfect Size and Shape - The process of manufacturing AAC Blocks ensures constant and consistent dimensions. Factory finished blocks provide a uniform base for economical application of a variety of finishing systems. Internal walls can be finished by direct P.O.P., thus eliminating the need of plastering.


High Compressive Strength - The block has an average compressive strength of (3-4.5) N/mm³ which is superior to most types of light weight blocks, 25% stronger than other products of the same density.


High Resistance to Water Penetration - The AAC products, because of their cellular and discontinuous micro structure are superior to the normal clay brick in resistance of water penetrability and thus the external surface of AAC walls provides superior resistance to moisture penetration than the traditional clay bricks.




Raw Meterial For AAC Block>>>

  1. Cement,
  2. Fly ash and
  3. Lime 
are the key ingredients for making AAC Blocks. They are cured under steam curing known as Autoclave. Due to sustainable material envelope, these products are certified under green rating system and helps builder to get credit points.




Standard Size Of AAC Blocks And Bricks>>>

  • AAC Blocks is available in length of 600mm, height of 200 or 250mm and thicknesses from 75mm to 350mm.



Technical Specifications of AAC Blocks>>>
  1. Dimensional Precision                 +/- 2mm
  2. Precision in Size Variation            2mm (+/-)
  3. Compressive Strength                 35kg to 40kg per Cm2 / 3.5 to 4.0 N/mm2 conforming                                                      to IS 2185/1984
  4. Fire Resistance                          1600° Celsius for 6 hours for a block with 200mm                                                             thickness
  5. Density                                        600-650 kg/m3 (dry)
  6. Sound Reduction index (db)       45db for 200 mm thick wall
  7. Thermal Conductivity Low /         0.16 kelvin per meter.
  8. Colour                                          Light Grey



How to use Autoclaved Aerated Concrete (AAC) Block>>>

  1. Stacking -On dry and even surface to avoid Damage & contact with moisture
  2. Mortar For Masonry - AAC mortar mix or cement: sand(1:6)
  3. Wetting of Block Before Application - Dip in water & Lift immediately
  4. Mortar Thickness -Keep it limited to 10 to 12mm
  5. Coping Beam - Coping beam with 2 nos 8mm reinforcement After 1.2mts height
  6. Curing of Masonry Wall - Curing required only for mortar joint
  7. Cutting of Block - Use tool like hacksaw or rotary cutter
  8. Lintel support - Lintel support on full block
  9. Electric & Sanitary Chases - Chases to be grooved before plaster of wall
  10. Plaster - Minimum external plaster thickness.
Comparison or Differance between AAC blocks and Clay bricks>>>Clcik Here
Comparison or Differance between AAC blocks and Flyash bricks>>>Clcik Here
Comparison or Differance between AAC blocks and CLC bricks>>>Clcik Here




Standard Sizes of ACC Bricks and Blocks

  1. 600mm x 200mm x 100mm 
  2. 600mm x 200mm x 150mm 
  3. 600mm x 200mm x 200mm 
  4. 600mm x 200mm x 250mm
AAC Bricks and blocks quantity in one m3>>>
  1. 600mm x 200mm x 100mm   ==>  83 Blocks In One Meter cube.
  2. 600mm x 200mm x 150mm   ==>  55 Blocks In One Meter cube.
  3. 600mm x 200mm x 200mm   ==>  41 Blocks In One Meter cube.
  4. 600mm x 200mm x 250mm   ==>  33 Blocks In One Meter cube.
COST of AAC Bricks Or Blocks Per Block
  1. 600mm x 200mm x 100mm   ==>50 Rupees.
  2. 600mm x 200mm x 150mm   ==>70 Rupees.
  3. 600mm x 200mm x 200mm   ==>90 Rupees.
  4. 600mm x 200mm x 250mm   ==>110 Rupees.
Test Report Of AAC Bricks ANd Blocks>>>
  1. Dimension in MM.
  2. Compressive Strength in N/mm2.
  3. Dry Density in Kg/Cu.m
  4. Water Absorption in %
For More Information Call me For free consult- +91-9413143411. Thanks For Visit.

CLC Blocks or Bricks, Advantage, Test Report, Full Form, Manufacturing Process, Machinery Used, Comparison, Standard Size, Cost, Prices, Differences, Density

Complete Information of CLC Blocks or Bricks, Advantage, Full Form, Manufacturing Process, Machinery Used, Comparison, Standard Size, Cost, Prices, Differences, Density And Much more...

Introduction of  CLC Block>>>

Full Form of CLC = Cellular Light Weight Concrete Bricks and Blocks.

CLC Blocks or Bricks is called as Cellular Light Weight Concrete Bricks and Blocks and it is also called as Foam Concrete.

Cellular Light Weight Concrete (CLC) is a version of light weight concrete that is produced like normal concrete under ambient conditions.

CLC Bricks are competitive with bricks in pricing and offer significant savings for finished structures.

Savings in construction cost can be as much as 18% when using CLC Bricks, as compared to brick.

CLC Bricks or Blocks are a cement-bonded material made by blending slurry of cement. Stable, pre-formed foam manufactured on site is injected into this slurry to form foam concrete.

The Concrete slurry is poured into assembled moulds of bricks.

Fresh foam concrete looks like a milk- shake and the volume of slurry in the foam dictates the cast density of the foam concrete.

Good Curing gives strength and dimensional stability to Bricks.




Reduce Your Building Construction Cost>>>

CLC blocks are a cement-bonded material made by blending slurry of cement.

Stable, pre-formed foam manufactured on site is injected into this slurry to form foam concert.

Fresh foam concrete looks like a milk-shake and the volume of slurry in the foam dictates the cast density of the foam concrete.


Advantages Of CLC Blocks And Bricks
  1. Light in Weight : CLC blocks are very lightweight with density ranging from 300 to 1800 Kg/m3. Three times less weight then clay or fly ash brocks.
  2. Eco friendly : CLC blocks are Environment-friendly. Foam concrete is eco- friendly material as fly ash and other industrial waste material are used in part of manufacturing blocks to protect the environment. The production process of CLC or its use does not release any harmful effluents to ground, water or air. CLC, due to its low weight is ideal for making partitions. The use of CLC for this purpose will reduce the need for plywood partitions. This consequently will result in reduction in deforestation and will benefit environment.
  3. Sound Insulation : CLC Blocks are excellent for Sound insulation which keeps the house cool in Summer and warm in Winter saving energy/electricity for cooling and heating. It is possible to achieve even higher values depending upon the thickness of block.
  4. Thermal Insulation : Thermal insulations as a 100mm thick CLC wall, the equivalent thickness of dense concrete wall would have to be more than 5 times thicker and ten times heavier.
  5. Lower Water Absorption : The water absorption of this material in relatively lower than any other materials. This compares much better than concrete 50% and ordinary brick, which has water absorption of around 50% to 80%. The low water absorption property of these blocks will help to reduce the cracks in the walls.
  6. Fire Protection : Foam concrete blocks offers grate fire protection. With a just 100mm thickness of wall with density of 1000 kg/m3, offers fire endurance for heat transmission for 4 hours without releasing any oxic fumes during the fire. Fire rating of cellular concrete is far superior to that of brickwork or dense concrete.
  7. Easy to Handling : Foam concrete blocks are easy and quick to install, thus minimizing construction costs. They require no minimal maintenance, which reduces long- term costs. Foam concrete blocks are saving in cement, sand, water, labour, energy & time.


Applications Of CLC Blocks Or Bricks
  1. Acoustic construction.
  2. Precast exterior walls.
  3. Roof insulation and waterproofing.
  4. Green construction.
  5. Additional floors to existing structure.
  6. Building material for highrises.
  7. Air-conditioned buildings.
  8. Low cost housing.
  9. Subways.


Raw Material
  1. Portland Cement.
  2. Flyash
  3. Water + Foaming agent.

Manufacturing Process or Procedure of Making CLC>>>

To manufacture one m3 CLC Bricks, first we fill the water as per requirement with pumpfrom water tank, Later we run the conveyor and conveyor belt drops 500 kgs of Fly ash into the Mixer.

Flyash and Mixer will be started simultaneously.

We drop the 5 bags i.e., 250 kgs of 53 grade OPC cement in to the Mixer.

Later 1.2 kgs of foaming Agent diluted with 30 litres of water will be added and mixed thoroughly.

Air bubbles thoroughly mixes in cement and flyash slurry.

At this point the one litre slurry taken out from Mixer and weighed for density.

If it shows the required density, the slurry will be drained into trollies and these trollies transports slurry to the place where molds kept.

This CLC cement slurry poured into molds.

The outer frame of the molds removed after 18 to 24 hours and the separation plates removed after 48 afters.

Then the finished CLC Bricks removed to curing area and curing will be done for 28 days. From 29th day onwards our CLC Bricks ready for sale.

Comparison or Differance between CLC blocks and Clay bricks>>>Clcik Here
Comparison or Differance between CLC blocks and Flyash bricks>>>Clcik Here
Comparison or Differance between CLC blocks and AAC bricks>>>Clcik Here


Standard Sizes of CLC Bricks and Blocks

  1. 600mm x 200mm x 100mm 
  2. 600mm x 200mm x 150mm 
  3. 600mm x 200mm x 200mm 
  4. 600mm x 200mm x 250mm
CLC Bricks and blocks quantity in one m3>>>
  1. 600mm x 200mm x 100mm   ==>  83 Blocks In One Meter cube.
  2. 600mm x 200mm x 150mm   ==>  55 Blocks In One Meter cube.
  3. 600mm x 200mm x 200mm   ==>  41 Blocks In One Meter cube.
  4. 600mm x 200mm x 250mm   ==>  33 Blocks In One Meter cube.
COST of CLC Bricks Or Blocks Per Block
  1. 600mm x 200mm x 100mm   ==>50 Rupees.
  2. 600mm x 200mm x 150mm   ==>70 Rupees.
  3. 600mm x 200mm x 200mm   ==>90 Rupees.
  4. 600mm x 200mm x 250mm   ==>110 Rupees.
Test Report Of CLC Bricks ANd Blocks>>>
  1. Dimension in MM.
  2. Compressive Strength in N/mm2.
  3. Dry Density in Kg/Cu.m
  4. Water Absorption in %
For More Information Call me For free consult- +91-9413143411. Thanks For Visit.

Sunday, March 1, 2015

Fly ash bricks composition

Fly ash brick composition

Flyash Post    55-60%
Stone Dust    30-40%
Lime              10-15%
Gypsum         5-7%


fly ash bricks vs red clay bricks

Fly ash bricks vs clay bricks


  • Better strength
  • Low water consumption
  • Speedy work
  • Save Natural Resources
  • mechanisation in production
  • Uniformity in colour and shape
  • Smooth finishing
  • No plastering Required
  • Less Leaky
  • Minimum Wastage

Ash bricks vs red bricks

Fly ash bricks vs clay bricks


  • Better strength
  • Low water consumption
  • Speedy work
  • Save Natural Resources
  • mechanisation in production
  • Uniformity in colour and shape
  • Smooth finishing
  • No plastering Required
  • Less Leaky
  • Minimum Wastage

Brick size in mm in india

Standard Size of lyash Brick In India is



Length*Width*Height = 230*110*75 MM.

Size of brick in india in mm with Diagram

Standard Size of lyash Brick In India is



Length*Width*Height = 230*110*75 MM.

Standard size of brick in india

Standard Size of lyash Brick In India is



Length*Width*Height = 230*110*75 MM.

Red brick vs fly ash brick

Red brick vs fly ash brick

Fly ash bricks vs clay bricks


  • Better strength
  • Low water consumption
  • Speedy work
  • Save Natural Resources
  • mechanisation in production
  • Uniformity in colour and shape
  • Smooth finishing
  • No plastering Required
  • Less Leaky
  • Minimum Wastage

Saturday, January 3, 2015

Fly ash brick making machine suppliers List

Best Fully Automatic Fly Ash Brick Making Machines Suppliers List


1.
LAKSHMI & CO 
GROUP OF NANDA BRICK TECH
30,AMMAN KOIL STREET, VENKITAPURAM,G.C.T,POST,
COIMBATORE, PIN 641013, TAMIL NADU, INDIA.
Ph 0422-2437208; 2436129. 2434996 Fax no: 0422-2452104.
E-mail: nanda_bricktech@yahoo.com
Website: www.lakshmiandco.in,
               www.brickmachineries.in



2.
Sahjanand Fly Ash Bricks Plant Pvt. Ltd.
C - 36, Katira Shoppers City, R.T.O. Site, Bhuj, Gujarat, India - 370001
Phone : +91-2832-250707 / 220292
Mobile : +91- 9825225343 / 9727743293
E-mail ID : buildwellflyashbrick@gmail.com
Website : www.buildwellbrickmachine.com




3.
BENNY ENTERPRISES.
SITE NO 13.THADAGAM ROAD.
NEAR AGARWAL SCHOOL. K.N.G.PUDUR PIRIVU SOMAYAMPALAYAM.P.O.
COIMBATORE-641108, TAMIL NADU. SOUTH INDIA.
mail-infobenny75@yahoo.com,www.bennyenterprises.net Phones: 0422 3232444, 3231444, mobile 98431 80444, 98432 80444




4.
KARMYOG HYDRAULICS
Opp. Indian Oil Petroleums, Swaminarayan Nagar Road, Madhapar Highway, kachchh, Bhuj - 370001, Gujarat, India.
http://www.karmyoggroup.com/




5.
JVP EQUIPMENTS 
281/2 NALLA THANEER THOTTAM, GANAPATHY, COIMBATORE-641006.
0422-2331299, 6569155, 94431 63537, 94431 68353, 94420 72826
www.jvpequipments.net 
jvpequipments@rediffmail.com
info@jvpequipments.co.in




6.
MACHINES AND ENGINEERING COMPANY 
Mfrs & Exporters of : All kinds of CONCRETE BLOCK MAKING MACHINES & MIXERS
385, 7th Street, Sanganoor Road, Near Rail way Gate, Rathinapuri, Coimbatore-641 027. INDIA
Ph : 091-422-2330248, 2333872, 2332653, 2332928, Fax : 091-422-2330248
E-mail : mec_company@hotmail.com visit us at : www.meccompany.com
Factory : 20/1, Near sanganoor school, Rathinapuri, Coimbatore – 641 027.



7.
SHREE HARI ENGINEERING
7,Yamuna State Part -2, Opposite Maruti Theater, Near Chirag State, CTM Road, Amraiwadi, Ahmedabad, 26,Gujarat India. Mo. 09825879035, 09998511399.



8.
SANTHOSH ENGINEERING WORKS
No.20,Koniamman Nagar, Behind Saraswathy Hospital, Trichy Road, Chinthamanipudur, Coimbatore-103.
Ph: 91-422-2579466/8144850001/9344834632


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