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Conveyor Belts

Polyester/Nylon (EP) Conveyor Belt
Nylon/Nylon (NN) Conveyor Belt
Single-Ply Conveyor Belt
Chemical Resistant Conveyor Belt
Heat Resistant (HR) Conveyor Belt
Oil Resistant Conveyor Belt
Heat & Oil Resistant Conveyor Belt
Flame Resistant (FR) Conveyor Belt
Rough Top Conveyor Belt
"Darwin" Synthetic Conveyor Belt
Heavy Abrasion Resistant Conveyor Belt
Belt Selection Chart

 






 

1

  Polyester/Nylon Fabric (EP) Conveyor Belt                

The construction of the fabric used in this belt is polyester in warp and nylon in weft which provides technically a low-stretch and a high impact abuse resistance. 

Special Features

Resistance to Impact : Polyester fabric belt greatly resists impact and accidental damage [upto 10 times] over the impact resistance of cotton viscose rayon belts depending upon the number of plies.

Low Elongation : The belt with polyester fabric has lower elongation than the belt using nylon fabric.

Resiliency for supporting loads : The polyester fabric beam construction and superior adhesion combine to insure maximum resistance to fatigue from flexing of the belt carrying full loads on deep trough idlers. 

Complete moisture and mildew protection : The fabric permits higher adhesion of carcass, more resistant to moisture and mildew protection than other fabrics.

 

2

  Nylon/Nylon Fabric (NN) Conveyor Belt                     

The nylon/nylon conveyor belting offers maximum impact and damage resistance from carrying materials.  It is flexible and though conveyor belt using nylon fabric as a carcass material which is one of the most excellent industrial fibers. It is suitable for transporting a variety of materials such as ore, crushed stones, grain, sands etc.,.  

Special Features

Exceptional Shock & Impact Resistance : Polyester fabric belt greatly resists impact and accidental damage [upto 10 times] over the impact resistance of cotton viscose rayon belts depending upon the number of plies.

Excellent troughability and flexibility : The nylon fabric construction and superior adhesion combine to insure maximum resistance to fatigue from flexing of the belt carrying full loads on deep trough idlers. 

Greater Resistance to water and mildew : The fabric permits higher adhesion of carcass, more resistant to water and mildew protection than other fabrics.  

Superior in fastener holding ability :

Lighter weight enables application of less motor power :

 

3

  Single Ply Conveyor Belt                                                  

Single-ply conveyor belt has been designed to carry a larger volume of material. The belt has a high resistance to flexural fatigue, shocks and impacts with an outstanding troughability.

Special Features

This construction increases resistance to fatigue and impacts.

Troughability is much better than a normal fabric.

A low stretch requires less take-up travel. Hence the belt can be used for a long distance conveyor line.

Binder warp system enhances its stability dimensionally.

 

 

 

 

4

 

  Chemical Resistant Conveyor Belt                                 

The best solution to a special transportation problem with various kinds of  chemicals is provided with a specialized cover rubber compound. In handling chemicals like Acid (50%),  peroxide and Hydroxide etc., our chemical resistance conveyor belt offers an excellent performance.

Special Features

Polyester warp and Polyester filling fabric provides greatest resistance to chemicals.

Protective cover rubber designed for each special requirement.

Chemical Resistance of Compound

Material Carried NR SBR EPDM CR NBR
Chlorine (Dry Gas) F F E E G
Hydorgen Peroxide (5% 50 °C)  NR  NR  G NR  F
Chloric Acid (5% 50 °C) NR NR  NR  E G G
Boracic Acid E E E E E
Slate G G E F F
Cullet (20% 50 °C) F G E NR  NR 
Dolomite (30% 50 °C) G G E E E
Borax (5% A Firm Name) NR  NR  G NR  F
Gypsum (35% A Firm Name) E E E E E
Limestone (20% A Firm Name) NR  NR  E NR  E
Chrome Chloride (5% 70 °C) NR  NR  G NR  NR 
Ammonia Water F F F F F
Calcium Hydroxide E E E E E
Alumina E E E E E
Ashes G E - F NR 
Coal G G - G G
Bauxite E - - G
Charcoal NR   NR  - NR  NR 
Coke NR  NR  - F G

E    = Excellent
G    = Good
F    = Fair
NR  = Not Recommended

 

5

 

  Heat Resistant (HR) Conveyor Belt                                     

The quality of our heat resistant belts has proved to meet applications for hot sintered ore, hot pellet, hot clinker, hot clinker, hot chemical, fertilizer, hot cement and other hot temperature materials.The heat resistant conveyor belts are most suitable for heat resistance applications where the temperature of transported materials is over 60°C (140°F)

Special Features

Excellent heat resistance and abrasion resistant cover rubber compound.

Recommended to protect conveyor belt from cracking and hardening on its surface by heat.

Specially heat-treated and dipped fabric to minimize carcass shrinkage by heat ageing.

Rubber cover and carcass maintain excellent properties, even at high temperatures.

Features of Each Grade:

 

Type Color Standard Applicable
Belt Surface Temperature (ºC)
Transported
Material Temperature
(ºC)
HR-T1 BLACK 60-120 upto 125
HR-T2 BLACK 100-150 upto 150
SHR-180-200 BLACK 120-200 150-400

 

 

Material and Temperature of Belt Surface :

 

Location Material being
Carried
Size (mm) Material
Temperature (ºC)
Belt Surface Temperature (ºC)
Iron works Sintered materials 10~150 70~300 70~115
Iron works Sintered materials 10~150 210~225 130
Iron works Sintered materials 20~300 200~400 130~150
Iron works Return of sinter ~10 250 150~190
Cement work Cements powder 100~125 80~90
Cement work Clinker 10~30 100~220 100~110
Cement work Cement materials ~30 180~220 100~120
Chemical plant Carbide 80~150 160~190 90~110
Chemical plant Burnt lime powder 130~150 100~130
Foundry Casting sand ~2 280 100~200
Metal refinery Metal powder powder 170 120~130
Gas plant Coke 100~200 70~100 50~60

User Information: Surface temperature of the belt varies with the type and size of the material, belt speed and loading rate. With large lumps (e.g. sintered ores, coke) which allow air to circulate, the belt surface would be cooler than the lumps. In the case of powdery or similar materials, such as cements, aluminum, carbon black, there is almost no temperature difference between material and belt surface. 

In order to select a proper heat resistant conveyor belt it is necessary to consider not only the temperature of materials to be conveyed but also surface temperatures of its belts. 

 

6

 

  Oil Resistant Conveyor Belt                                                 

 

For carrying parts and components coated with machine oil; heavy-oil treaded coal in cooking plants and electric power generating plants; soybean draff, fish, meat and other such oily materials. Oil and solvents on or in materials come in a great many varieties, and the effect on the working life of the belt can also vary tremendously.

 

Type Temperature Kind of Oil Oil Adhering to Belts
OR-1 25~60 Machine Oil
Heavy oil, Barbolin Rust Preventive oil, Light oil, Neuter oil, Rolling oil, Grease, Machine oil,
Drain sewage.
OR-2 25~60
Light Oil
Grain oil, Wood chips oil, Frozen fish oil,
Coke oil, Dust.
OR-3 25~60
Animal Oil,
vegetable Oil
Palm oil, Lard, Fish oil, Flay oil, Soy Bean oil,
Sesame oil, Cotton oil, Rice oil, Frying oil, Castor oil

 

 

7

  Heat & Oil Resistant Conveyor Belt                                     

This is a special grade belt which is recommended for conveying hot asphalt with temperature up to 175°C(350°F) where both oil & heat resistance are required. With the properties of both oil resistance and heat resistance build in the cover of the belt, it is known as Heat & Oil Resistant Conveyor Belt.

 

 

 

 

 

 

 

8

  Flame Resistant (FR) Conveyor Belt                                   

When belts are used in places not easily accessible, it is very important that fire risks be eliminated if possible. Two kinds of fire resistant belts are manufactured: one is specially treated natural SBR Rubber and the other one Chloroprene covered belt.

Flame Duration Time : To a flame at 1000±100°C, a belt test specimen of full thickness shall be inserted against flame, and after keeping it burning for 1 minute, take the burner off, then measure the flame duration time of the tested specimen.

Flame Reappearance Test : After 60±10 seconds from when the burner is removed for the flame duration test. air is blown at speed of 1.5 m/sec. with an air blower from the direction shown in the figure to the left. And the test specimen shall be visually inspected for reappearance of flame.

Drum Friction Test : For each test conducted, the belting shall show no sign of flame (sparks or glow not being objectionable), the drum temperature shall not exceed 325°C, and the sample shall part within the 3 hour test period.

Type of Flame Resistant (FR) Conveyor Belt

Type Applicable
standards
Specified item for test Duration of
flame
Reappearance
of flame
Requirements
FR-100 CNS
JIS
Flame duration time per "Flame Test
with Cover Rubber"
Within 60 Seconds
(Average of 3 pcs.)
Not permitted Extinguishes as the flame is removed. Re-ignition of fire by air-blow should not occur
FR-200 BS
AS
IS
SABS
Duration time of Flame and Glow
per"Flame Test with Cover Rubber"
Whether or not there is heat
generation and fire ignition per
"Drum Friction Test"
"Electric resistance on belt surface"
Less than 45 sec.
(A total of six )
Less than 15 sec.
( each test )
EMR Duration time of Flame and Glow
per"Flame Test with Cover Rubber"
Whether or not there is heat
generation and fire ignition per
"Drum Friction Test"
MSHA Duration time of Flame and Glow
per"Flame Test with Cover Rubber"
ISO
DIN
NF
Flame duration time per "Flame Test
with and without Cover Rubber"
"Electric resistance on belt surface"

 

9

  Rough Top Conveyor Belt                                                       

Rough Top conveyor belts have been designed for transporting fragile or easily deformed goods such as glass, paper bags, carton boxes at inclined angles. Meshes of net pattern on the top surface cover have a cushioning effect, mollifies and absorbs vibrations and impact of transported materials and simultaneously prevents slipping.

 

Special Features

Cushioning effect absorbs vibration and reduces slippage.

Slip resisting surface is ideal for steep incline/decline applications. Usable at an angle of 25~35 degrees depending on goods carried.

Low friction coefficient with bare back bottom.

Various Colours available.

 

 

10

 

  " DARWIN " Synthetic Conveyor belt                                   

 

 

All Synthetic fabric conveyor rubber belt is being successfully used in every industry where bulk material handling is required.It is stronger, lighter and gives better performance, thereby reducing cost per ton material conveyed. Incorporated two to six all synthetic plies. 'Darwin Super' conveyor rubber belting has an integrated construction to carry bulk materials in larger quantities over longer distances at high speeds.

Special Features

The high tenacity and better strength/weight ratio of Synthetic yarns, as compared to Cotton Yarn, led to the development of all synthetic fabrics resulting in belting with better flex/fatigue resistance, much improved impact resistance, unsurpassed longitudinal and transverse flexibility and other following advantages:

Higher Adhesion Levels: All Synthetic fabric reinforced belts have adhesion levels more than double to that of Cotton reinforced Conveyor Belt, resulting in no ply separation even with high contact, making belt travel possible on very small pulley diameters, complete elimination of cover stripping, improved edge wear characteristics, redundancy of breaker construction both on face and edge.

Less Number Of Plies For Same Strength: The extremely high breaking strength of the Synthetic fabric gives stronger individuals plies, making it possible to meet a given individual strength requirement with lesser number of plies as compared to cotton conveyor belt. A reduction in belt thickness enables belt use on much smaller pulley diameters. Longer roll lengths can be supplied due to reduction in belt thickness, which reduces the number of joints on long drive.

Reduced Belt Weight: All Synthetic fabric reinforced conveyor belts have reduced belt weight as compared to its equivalent All-Cotton of Cotton/Nylon construction. It can be easily handled during the installation due to reduced weight and also improves the idler performance and life by reduction of load on them. Lesser power is required to operate the belt due to its lightweight.
 

Higher Impact Resistance: The superior consolidation of the belt, the high adhesion levels and also the intrinsic properties of all Synthetic plies result in a belt having a lot more resistance than conventional belting. This renders the use of breaker construction in belting superfluous of:

  • Significant higher adhesion level between cover and carcass, which can only be achieved with a breaker for conventional cotton/nylon thicker covers available for wear/abrasion.

  • Inherently higher carcass flexibility.

To The User This Provides: Full width fabric reinforcement. Fabric reinforced edges which provides additional resistance to edge wear. Elimination of peeling away of Top cover from the edges.

 

11

  Heavy Abrasion Resistant Conveyor Belt                               

The Heavy Abrasion Resistant Conveyor Belting is designed for an ultimate to abrasion.  It is recommended for transporting abrasive materials.

It assures its longer lifetime and is suitable for conveying glass, cullet, granite, trap rock and other abrasive substances.

Fabric Grade

 Fabric Number of Ply  Fabric Number of Ply
3 ply 4 ply 5 ply 6 ply 3 ply 4 ply 5 ply 6 ply
NN - 100 300 400 500 600 EP - 100 300 400 500 600
NN - 120 360 480 600 720 EP -125 375 500 625 750
NN - 150 450 600 750 900 EP -150 450 600 750 900
NN - 200 600 800 1000 1200 EP -200 600 800 1000 1200
NN - 250 750 1000 1250 1500 EP -250 750 1000 1250 1500
NN - 300 900 1200 1500 1800 EP -300 900 1200 1500 1800
NN - 350 1050 1400 1750 2100 EP -350 1050 1400 1750 2100
NN - 400 1200 1600 2000 2400 EP -400 1200 1600 2000

2400


12

  Belt Selection Chart                                                 


BELT DESIGNATION MAX-
RECOMMENDED
WORKING
TENSION
(Vulcanised
Splice)
NOMINAL CARCASS THICKNESS NOMINAL CARCASS WEIGHT MAX. BELT WIDTH (mm) FOR SATISFACTORY LOAD SUPPORT (Material Density in T/Cub.m) MIN BELT WIDTH (mm) FOR SATISFACTORY TROUGHING
TYPE RATING (KN/M) (mm) (KG/SQ.M) UPTO 1.0 UPTO 1.5 UPTO 2.5 20 ° 30 ° 45 °
GENERAL DUTY 200/2 20 2.1 2.3 650 500 400 300 300 350
250/2 25 2.2 2.4 650 600 450 400 450 500
315/3 31 3.2 3.5 1000 800 650 400 450 500
400/3 40 3.3 3.7 1050 900 650 500 500 500
500/3 50 3.6 4.0 1200 900 800 500 500 500
630/3 63 3.8 4.2 1200 1000 800 500 500 500
MEDIUM DUTY 400/4 40 4.5 5.0 1200 1000 800 500 500 600
500/4 55 4.6 5.2 1200 1050 900 500 500 650
630/4 70 4.9 5.4 1400 1200 900 500 500 650
800/4 90 5.6 6.1 1600 1400 1000 500 500 650
1000/4 110 6.0 6.6 1600 1400 1200 500 650 800
1250/4 140 6.2 7.2 1600 1600 1400 650 800 900
1400/4 145 6.8 7.7 1600 1600 1600 650 800 900
1250/5 140 7.1 8.0 1600 1600 1600 650 800 900
1400/5 155 7.8 8.4 1600 1600 1600 650 800 900
HEAVY DUTY 315/3 31 3.7 4.1 1200 1000 800 500 500 500
400/3 40 3.9 4.6 1200 1050 900 500 500 600
500/3 50 4.3 4.7 1400 1200 1000 500 500 650
630/3 63 4.6 5.2 1400 1200 1050 500 500 650
630/4 70 5.7 6.2 1600 1400 1200 500 650 800
800/4 90 6.2 6.8 1600 1600 1400 650 800 900
1000/4 110 6.8 7.5 1600 1600 1500 650 800 900
1250/4 140 7.2 7.9 1600 1600 1600 750 900 1000
1250/5 140 8.0 8.8 1600 1600 1600 800 1000 1200
1400/5 155 8.2 9.5 1600 1600 1600 800 1000 1200
1600/5 180 9.0 9.8 1600 1600 1600 800 1000 1200
1800/5 200 9.2 10.0 1600 1600 1600 800 1000 1200
2000/5 220 9.4 10.4 1600 1600 1600 800 1000 1200
 

Note: The above chart indicates our standard range of Nylon / EP Conveyor Belts. Other constructions can be designed and manufactured as per specific customer requirements.