China Industrial Chrome Plated Carrier Conveyor Roller Chain for Sugar Industry elite roller chain

Solution Description

Conveyor Chain for Sugar Sector

As an experience in sugar conveyor chain business, we can offer you worldwide clients with a variety of roller chains for driving, conveying, and lifting functions all through sugar creating processes, from uncooked materials processing, by means of sugar juice extraction, sugar drying, and screening, to last packaging.

We can fulfill the assorted calls for of our buyers, thanks to our vast experience in travel chain style and production, as properly as our well comprehending of the procedure and gear regarding to making sugar from sugarcane and beet.

Our conveyor chain for sugar business use is made making use of stainless steel and alloy steel resources. The pins undergo high frequency induction heating remedy and chrome plating successively to improve energy and abrasion resistance. We can supply sugar market use chains with assorted least breaking load alternatives, like 80KN, 120KN, 330KN, 510KN, 620KN, amongst others.

Make sure you really feel cost-free to get in touch with with us for much more info about sugar chain, we are supplying a large selection of sugar chain kinds for you to choose.
 

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of internal website link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight for each meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) d4 (mm)
DC/T80-100Pa I-S 100 fifty five
 
30 22 sixteen seventy three forty 6 forty 84 30 29 eleven 80 twelve

 

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner website link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) k(mm) d4 (mm)
DC/T330-150PHa II-S 154 80 32 35 25 100 sixty five 12 seventy seven fifty a hundred and twenty 42.5 146 13 330 26
DC/T380-150PHa I-S 154 80 32 35 twenty five 100 sixty five twelve seventy seven 50 a hundred and twenty 42.5 146 thirteen 380 26

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of internal url b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other knowledge Breaking load Q (min.) (KN) Weight for every meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) d4 (mm)
DC/T330-154Pa II-S 154 eighty 32 36 25 100 sixty five twelve fifty seven 40 122 fifty three fourteen 330 27.fifty five
DC/T380-154Pa I-S 154 80 32 36 25 one hundred sixty five 12 57 40 122 fifty three fourteen 330 27.fifty five

 

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of interior link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other knowledge Breaking load Q (min.) (KN) Weight for every meter q (kg/m)
E (mm) F (mm) B (mm) H (mm) d4 (mm)
DC/T440-200Pa II-S 200 one hundred forty eight 42 30 118 80 12 76 160 two hundred 66 14 440 forty one.25
DC/T510-200Pa I-S 200 100 forty eight 42 30 118 80 12 seventy six one hundred sixty 200 66 fourteen 510 41.25

 

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of internal website link b1 (min.) (mm) Inner width of outer website link b2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other info Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) G (mm) B (mm) H(mm) d4 (mm)
DC/T396-150PHa I-S 150 eighty 32 58 25 102 60 twelve seventy five 160 210 85 16.5 396 31.5

 

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of internal website link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other information Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) G (mm) H(mm) d4 (mm)
DC/T620-160PHa I-S 160 80 32 sixty two 28 110 40 14 sixty four.5 a hundred and sixty 57 17 620 31

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of internal link b1 (min.) (mm) Diameter of bushing d2(mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other knowledge Breaking load Q (min.) (KN) Weight for every meter q (kg/m)
H(mm)
DC/T120-125PE I-W a hundred twenty five 65 32 28 20 74 50 six eighty five a hundred and twenty twelve.seventy nine
DC/T140-125PE I-W a hundred twenty five sixty five 32 28 20 eighty two 50 eight 85 a hundred and forty thirteen.88

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of interior website link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight for each meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T100-100Pc I-G one hundred 55 28 24 sixteen seventy one 40 six 50 sixty five fifty ninety eight sixty 116 11 a hundred ten.34

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight for each meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T160-200Fc I-G 250 seventy two 39 32 22 88 56 6 sixty five eighty a hundred twenty five ninety six sixty 126 11 a hundred and sixty 15.seventy five
DC/T126-250Fc I-G 250 75 38 24 sixteen 76 forty six fifty five 70 one hundred twenty five 130 one hundred 126 13 126 ten.fifty eight
DC/T160-250Fc I-G 250 seventy two 39 32 22 88 56 8 sixty five 80 one hundred twenty five 98 sixty 126 11 a hundred and sixty thirteen.67

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner hyperlink b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin I (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight for each meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T120-150D I-G a hundred and fifty sixty five 42 28 twenty 106 fifty eight 66.5 88 seventy five one hundred forty a hundred 130 12 120 17.24
DC/T160-250D I-G 250 ninety 44 32 22 104 fifty six 8 eighty 102 one hundred twenty five one hundred 70 131 13 one hundred sixty seventeen

For far more than 20 a long time, we have centered on custom chains.

For much more than twenty a long time, We have d100s of distinct sorts of industrial chains.

So we have a wealth of custom made chain experience.

Listed here are some of the varieties of the chains.

 

 

US $6-60
/ Meter
|
5 Meters

(Min. Order)

###

Material: Alloy
Structure: Roller Chain
Surface Treatment: Polishing
Chain Size: Customize
Warranty: 2 Years
Leading Time: 45 Days

###

Customization:

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) d4 (mm)
DC/T80-100Pa I-S 100 55
 
30 22 16 73 40 6 40 84 30 29 11 80 12

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) k(mm) d4 (mm)
DC/T330-150PHa II-S 154 80 32 35 25 100 65 12 77 50 120 42.5 146 13 330 26
DC/T380-150PHa I-S 154 80 32 35 25 100 65 12 77 50 120 42.5 146 13 380 26

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) d4 (mm)
DC/T330-154Pa II-S 154 80 32 36 25 100 65 12 57 40 122 53 14 330 27.55
DC/T380-154Pa I-S 154 80 32 36 25 100 65 12 57 40 122 53 14 330 27.55

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) B (mm) H (mm) d4 (mm)
DC/T440-200Pa II-S 200 100 48 42 30 118 80 12 76 160 200 66 14 440 41.25
DC/T510-200Pa I-S 200 100 48 42 30 118 80 12 76 160 200 66 14 510 41.25

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Inner width of outer link b2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) G (mm) B (mm) H(mm) d4 (mm)
DC/T396-150PHa I-S 150 80 32 58 25 102 60 12 75 160 210 85 16.5 396 31.5

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) G (mm) H(mm) d4 (mm)
DC/T620-160PHa I-S 160 80 32 62 28 110 40 14 64.5 160 57 17 620 31

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2(mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
H(mm)
DC/T120-125PE I-W 125 65 32 28 20 74 50 6 85 120 12.79
DC/T140-125PE I-W 125 65 32 28 20 82 50 8 85 140 13.88

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T100-100Pc I-G 100 55 28 24 16 71 40 6 50 65 50 98 60 116 11 100 10.34

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T160-200Fc I-G 250 72 39 32 22 88 56 6 65 80 125 96 60 126 11 160 15.75
DC/T126-250Fc I-G 250 75 38 24 16 76 40 6 55 70 125 130 100 126 13 126 10.58
DC/T160-250Fc I-G 250 72 39 32 22 88 56 8 65 80 125 98 60 126 11 160 13.67

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin I (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T120-150D I-G 150 65 42 28 20 106 50 8 66.5 88 75 140 100 130 12 120 17.24
DC/T160-250D I-G 250 90 44 32 22 104 56 8 80 102 125 100 70 131 13 160 17
US $6-60
/ Meter
|
5 Meters

(Min. Order)

###

Material: Alloy
Structure: Roller Chain
Surface Treatment: Polishing
Chain Size: Customize
Warranty: 2 Years
Leading Time: 45 Days

###

Customization:

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) d4 (mm)
DC/T80-100Pa I-S 100 55
 
30 22 16 73 40 6 40 84 30 29 11 80 12

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) k(mm) d4 (mm)
DC/T330-150PHa II-S 154 80 32 35 25 100 65 12 77 50 120 42.5 146 13 330 26
DC/T380-150PHa I-S 154 80 32 35 25 100 65 12 77 50 120 42.5 146 13 380 26

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) G (mm) H (mm) d4 (mm)
DC/T330-154Pa II-S 154 80 32 36 25 100 65 12 57 40 122 53 14 330 27.55
DC/T380-154Pa I-S 154 80 32 36 25 100 65 12 57 40 122 53 14 330 27.55

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) F (mm) B (mm) H (mm) d4 (mm)
DC/T440-200Pa II-S 200 100 48 42 30 118 80 12 76 160 200 66 14 440 41.25
DC/T510-200Pa I-S 200 100 48 42 30 118 80 12 76 160 200 66 14 510 41.25

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Inner width of outer link b2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) G (mm) B (mm) H(mm) d4 (mm)
DC/T396-150PHa I-S 150 80 32 58 25 102 60 12 75 160 210 85 16.5 396 31.5

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E (mm) G (mm) H(mm) d4 (mm)
DC/T620-160PHa I-S 160 80 32 62 28 110 40 14 64.5 160 57 17 620 31

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2(mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
H(mm)
DC/T120-125PE I-W 125 65 32 28 20 74 50 6 85 120 12.79
DC/T140-125PE I-W 125 65 32 28 20 82 50 8 85 140 13.88

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T100-100Pc I-G 100 55 28 24 16 71 40 6 50 65 50 98 60 116 11 100 10.34

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin L (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T160-200Fc I-G 250 72 39 32 22 88 56 6 65 80 125 96 60 126 11 160 15.75
DC/T126-250Fc I-G 250 75 38 24 16 76 40 6 55 70 125 130 100 126 13 126 10.58
DC/T160-250Fc I-G 250 72 39 32 22 88 56 8 65 80 125 98 60 126 11 160 13.67

###

Chain No. Pitch P (mm) Diameter of roller d1 (min.) (mm) Inner width of inner link b1 (min.) (mm) Diameter of bushing d2 (mm) Diameter of pin d3 (mm) Length of pin I (mm) Height of sidebar h (mm) Thickness of sidebar T (mm) Other data Breaking load Q (min.) (KN) Weight per meter q (kg/m)
E(mm) F(mm) G(mm) H(mm) K(mm) B(mm) d4(mm)
DC/T120-150D I-G 150 65 42 28 20 106 50 8 66.5 88 75 140 100 130 12 120 17.24
DC/T160-250D I-G 250 90 44 32 22 104 56 8 80 102 125 100 70 131 13 160 17

How to choose a roller chain for a conveyor

When choosing a roller chain for your conveyor, the easiest way is to refer to the horsepower and RPM charts. The horsepower and rpm of the small drive sprocket will determine the size and number of teeth of the chain. Conveyor chains are available in a variety of options, including moving products horizontally, vertically, or around a bend radius. When choosing a conveyor chain, consider the purpose of the chain. For example, if you’re delivering products to customers’ doorsteps, you might choose chains that can move products up and down a hallway or warehouse.

Double pitch

Double pitch roller chains are a popular way to drive agricultural equipment. It has twice the pitch of a standard roller chain and is ideal for light-duty drives. Extended pitch increases performance at lower speeds, but requires fewer components per foot than standard single-pitch chains. Compared to single-pitch roller chains, double-pitch chainplates are longer and are suitable for lighter loads. Read on to learn more about double pitch chains and how they can improve your operation.
The most common type of conveyor chain is double pitch. It is used in the auto parts industry, as well as in the precision machinery industry. It is made from the same components as the standard drive roller chain, except it has longer side plates. Double pitch chains are often used on slow-moving conveyors to reduce the stress placed on them. Industries that commonly use double pitch conveyor chains include airport equipment manufacturers, lumber mills, and fruit packing plants.
RS series roller chains are manufactured from high-quality stainless steel. It has excellent chemical and abrasion resistance and is available in a variety of cord lengths. RS sprockets have over 30 teeth. They contain all the necessary connection links for easy installation. PEER Chain offers double pitch roller chain attachments including pre-stretched chains, sprockets, and other attachments.
Double pitch roller chains have several advantages over standard chains. Double pitch chains have double the pitch, making them ideal for conveying applications such as conveyors. In addition to that, it also provides ANSI-compliant styles. These chains also have free connection links. When shopping for a double pitch roller chain, be sure to choose the one that fits your requirements and budget. They will last longer and save you money in the long run.
Double pitch roller chains to ANSI standards feature oversized rollers. These chains are best suited for applications where the product is mounted on top of the chain. They are ideal for agricultural applications where cotton is on top of the drum. Also, this type of chain is used in light-duty conveyors and agricultural applications. You can find double pitch roller chains in a variety of sizes and styles. And, as long as you know what you want, you’ll be happy with the results.
chain

Self-lubricating

Self-lubricating roller chains eliminate the need for manual relubrication, providing long-lasting operation and reducing maintenance costs. These chains are particularly popular in industries such as the food and beverage industry, textiles, printing, and sawmills. They can also replace standard roller chain drives and conveyor chains. Manufactured to the specific standard ISO R606, these chains are ideal replacements for conventional chains. PC chains are particularly beneficial for food and beverage production and packaging applications due to their anti-corrosion properties.
Self-lubricating roller chains meet ISO, ASME/ANSI, and DIN standards. They are interchangeable with standard chains of the same size and shape and can be used in a variety of industrial applications. Self-lubricating chains have special oil-impregnated sleeves to reduce maintenance time. These chains are also suitable for applications where cleanliness is an issue.
Self-lubricating roller chains are manufactured with unique RS attachments. Rather than a traditional roller chain with an external lubricating ring, this type of chain retains the lubricant within its bushings. During operation, the application generates heat, heating the lubricant, which flows out of the pin and bushing area. Therefore, CZPT roller chains are ideal for certain food conveying applications.
In addition to self-lubricating roller chains, carbon steel, stainless steel or nickel-plated steel are also available. Self-lubricating roller chains are available in different sizes depending on the application, including 0.375″ wide profile straight-chain, extended pin chain, and four-link. In addition, these chains are also available in ANSI and BS chain specifications.

Accumulation

Whether you need to move large or small loads, accumulating roller chains are a viable solution. This chain conveyor is designed with low back pressure to transport large and bulky items with minimal noise. Free-running rollers within the chain help create a smooth build-up surface. These chains are available in a variety of options, including accumulating rollers of different pitches.
The accumulation and release roller chain 14 includes an upper part 15 and a lower part 16. The upper part 15 rests in the upper subspace 28, while the lower part 16 rests on the top side 20 of the profile. As the upper belt 15 rolls around the accumulation roller chain 14, it aligns with the lower chain 16 to form a continuous receiving space. This arrangement allows the accumulation roller chain 14 to rest on the top surface of the support profile 11.
A cumulative roller chain consists of many individual parts. Each section of the chain has an elongated cylindrical shape and is connected to each other by hinged joints. Each chain section also has an accumulation and release roller associated therewith. Each roller protrudes from the upper side 20 and the lower side 21 of the chain portion. The accumulation rollers are movable about an axis 22 extending transversely to the longitudinal axis of the chain.
A feature of the stacking and releasing roller chain is its simplicity. The conveyor has a profiled section that is permanently divided into two cross-sectional spaces. The bottom space is closed from all sides. The upper space accommodates the conveyor line. The contoured portion includes an opening that guides the bottom strap. A shunt can also be inserted between the two sections. The accumulating roller chain system is a convenient and versatile way to move bulky items.
There are many different types of accumulating roller chains. Some chains have offset rollers for optimal load distribution. Others have protection to prevent machine wear. Some run without lubricant, which is a safety advantage. In addition to protection, cumulative chains can also provide protection. The side bow version of the accumulation and release roller chain with offset accumulation and release rollers is designed for conveyor systems with very small bend radii.
chain

Without bushing

Bushless roller chains are the most common type of industrial chain. They are simple in design and require only regular maintenance. Regular maintenance includes lubricating, assessing wear, and replacing worn sprockets. For more information, please read the following information:
The outer chainplates and the inner chain plates are alternately arranged in pairs. The connecting pin extends through the hole in the inner link plate. The rollers thus positioned can be rotated on the connecting pins. Oil provided between the outer circumferential surfaces of each connecting pin serves to lubricate the chain. This system reduces noise and wears caused by collisions between inner chain plates and sprockets.
Compared to traditional roller chains, bushings roller chains have rollers around the bushing. These rollers are in rolling contact with the sprocket teeth, providing low friction and excellent wear resistance. To ensure smooth operation, bushings roller chains must be greased to prevent rust and keep the chain properly tensioned. Lubricated chains run smoother and last longer.
In a bushingless chain, the inner links are shaped like half bushings and ride on the rollers. The pins go through the outer plate and connect the inner links to the rollers. The outer plates overlap the inner links and open the pins. This system is also known as a heterochain. This type of chain is more common than traditional roller chains. If you are not sure which type of bushingless roller chain to choose, you may need to purchase an additional pair of inner chainplates.
Linerless roller chains may also include chain guides. In a bushingless roller chain, the outer and inner link plates conform to the surfaces of the guide rails. Thus, the large area of contact between the chain and the guide rail is eliminated, the friction loss is reduced, and the power transmission efficiency is improved. These properties make bushless roller chains more efficient and durable than traditional roller chains. It’s also less noisy. If you are looking for a chain with a lower noise level, a bushingless roller chain may be the right choice for you.

China Industrial Chrome Plated Carrier Conveyor Roller Chain for Sugar Industry     elite roller chainChina Industrial Chrome Plated Carrier Conveyor Roller Chain for Sugar Industry     elite roller chain
editor by czh 2023-01-31

Mill Chain

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