Item Description

HangZhou Xihu (West Lake) Dis.n Hoisting Equipment Manufacturing Co., Ltd. was founded in 1999 in HangZhou. Its major improvement and creation facility in HangZhou, gives potential-oriented remedies with chain programs and parts for a wide variety of applications.

We specializes in production standard hefty duty lifting chain &lparφ4 -φ12), like European Normal chain for rigging, electrical block chain and also undertake other specific normal chain. Each lifting chain we made was inspected by our knowledgeable technician who had more than twenty many years analysis and making lifting chain knowledge, and we also use stringent good quality manage testing program to guarantee the products’ security and sturdiness.

Ronghai’s main purpose is produce hefty responsibility and more reputable lifting chain for lifting software to achieve outstanding functionality and use, stand up to much more abuse, large abrasion resistance, greater lifting load. Every single bundle of uncooked materials come with alloy metal quality inspection report issued by the steelmaker, which includes the part evaluation, manufacturing date, produced CZPT number, and so on, to make certain the traceability of each and every batch of raw materials.

As the 2nd largest chain maker, our other hoisting machineries have a enormous price advantage. For hoisting, transferring, pulling, driving and conveying, our Xihu (West Lake) Dis.n lifting implies, Xihu (West Lake) Dis.n hoist chains, Xihu (West Lake) Dis.n Chain block and Xihu (West Lake) Dis.n Electrical hoist are a promise of high quality, innovation and security.

Advanced technological innovation, excellent skills and higher high quality goods make HangZhou Xihu (West Lake) Dis.n Hoisting Equipment Manufacturing Co., Ltd. the best decision for you.

Diameter Pitch Inside Width Min
w1&lparmm)
Outside Width Min
w1&lparmm)
Break Load Min
&lpar BF&solKN )
D&lparmm) Deviation p&lparmm) P
Pitch Max
P
Pitch Min
four &pm0.sixteen twelve 12.4 eleven.6 5.2 14.8 twenty.1
5 &pm0.two 15 15.five 14.6 six.five eighteen.5 31.four
6 &pm0.24 18 eighteen.five 17.five seven.8 22.two forty nine.eight
7 &pm0.28 21 21.six twenty.four 9.one 25.nine sixty one.five
8 &pm0.32 24 24.7 23.three ten.4 29.six 80.four
10 &pm0.four 30 thirty.nine 29.1 13 37 one hundred twenty five.six
thirteen &pm0.52 39 forty.two 37.8 sixteen.nine 48.1 212.three
sixteen &pm0.64 48 forty nine.4 46.six 20.eight 59.2 321.six
eighteen &pm0.9 54 55.6 fifty two.4 23.four sixty six.6 407.1
19 &pm1 57 fifty eight.seven fifty five.3 24.7 70.3 453.six
twenty &pm1 60 61.8 fifty eight.2 26 seventy four 502.six

You should will not hesitate to contact to us&excl
Cellular Telephone Variety&sol 24hous hotline:  
We sincerely hope to construct a cooperative and mutual helpful organization romantic relationship with you&excl
Conveyor Chain
rigging
Metal Chain
roller chain
link chain
chain url
Industrial Chain
iron chain
metallic chain
chain sling
lifting chain
black chain
Chinese Standard Chain
GB&solT 20947-2007&solISO 3077:2001

Quality 80

Diameter Pitch Exterior
Width
w&lparmm)
Gage Length Split Load Min
&lparBF&solKN)
d&lparmm) Deviation p&lparmm) Deviation 11&astpn Deviation
four &pm0.2 twelve &plus0.twenty five 13.six 132 &plus0.six twenty.one
5 &pm0.two 15 &plus0.3 17. 165 &plus0.eight 31.four
six &pm0.two eighteen &plus0.35 twenty. 198 &plus0.nine forty five.2
6.3 &pm0.two 19 &plus0.4 21 209 &plus1 49.8
7.1 &pm0.three 21 &plus0.four 23 231 &plus1.1 61.five
8 &pm0.3 24 &plus0.5 26 264 &plus1.three 80.four
9 &pm0.four 27 &plus0.5 thirty 297 &plus1.four one zero one.7
10 &pm0.4 30 &plus0.six 33 330 &plus1.six 125.six
11.2 &pm0.four 34 &plus0.7 37 374 &plus1.8 152.one
twelve.five &pm0.five 38 &plus0.eight forty one 418 &plus2. 196.three
thirteen &pm0.five 39 &plus0.8 forty four.two 429 &plus2.one 212.three
fourteen &pm0.6 42 &plus0.8 47.6 462 &plus2.two 246.3
sixteen &pm0.6 forty eight &plus0.nine 54.four 528 &plus2.five 321.six

Quality one hundred

Diameter Pitch Outside the house
Width
w&lparmm)
Gage Size Crack Load Min
&lpar BF&solKN )
d&lparmm) Deviation p&lparmm) Deviation eleven&astpn Deviation
4 &pm0.2 12 &plus0.twenty five 13.6 132 &plus0.6 twenty five.one
5 &pm0.2 15 &plus0.3 17. a hundred sixty five &plus0.eight 39.two
6 &pm0.2 eighteen &plus0.35 twenty. 198 &plus0.nine fifty six.five
6.3 &pm0.two 19 &plus0.4 21 209 &plus1 sixty two.three
seven.one &pm0.3 21 &plus0.4 23 231 &plus1.1 seventy nine.one
eight &pm0.three 24 &plus0.5 26 264 &plus1.3 a hundred.5
nine &pm0.4 27 &plus0.5
 
thirty 297 &plus1.four 127.two
ten &pm0.four 30 &plus0.6 33 330 &plus1.six 157.one
11.2 &pm0.four 34 &plus0.7 37 374 &plus1.eight 197.
12.five &pm0.5 38 &plus0.eight forty one 418 &plus2. 245.four
thirteen &pm0.5 39 &plus0.eight forty four.two 429 &plus2.1 265.4
14 &pm0.six forty two &plus0.eight forty seven.6 462 &plus2.2 307.8
sixteen &pm0.6 forty eight &plus0.nine fifty four.4 528 &plus2.5 402.one

European Normal Chain
DIN EN818-two

G80

Diameter Pitch Within Width Min
w1&lparmm)
Outdoors Width Min
w1&lparmm)
Split Load Min
&lpar BF&solKN )
d&lparmm) Deviation p&lparmm) P
Pitch Max
P
Pitch Min
4 &pm0.16 twelve twelve.4 eleven.six 5.two fourteen.8 twenty.one
5 &pm0.2 fifteen 15.five fourteen.six 6.5 eighteen.five 31.four
6 &pm0.24 18 eighteen.5 seventeen.5 seven.eight 22.two 49.eight
seven &pm0.28 21 21.6 20.4 nine.one twenty five.9 sixty one.5
8 &pm0.32 24 24.seven 23.3 10.4 29.6 eighty.4
10 &pm0.four 30 thirty.9 29.1 thirteen 37 one hundred twenty five.6
thirteen &pm0.52 39 forty.2 37.eight sixteen.nine forty eight.1 212.3
16 &pm0.sixty four forty eight forty nine.4 forty six.six twenty.eight 59.2 321.6
eighteen &pm0.9 54 fifty five.six 52.four 23.4 66.six 407.one
19 &pm1 57 58.7 55.3 24.7 70.three 453.six
20 &pm1 60 sixty one.8 58.2 26 74 502.6

G100

Diameter Pitch Inside Width Min
w1&lparmm)
Outdoors Width Min
w1&lparmm)
Split Load Min
&lpar BF&solKN )
d&lparmm) Deviation p&lparmm) P
Pitch Max
P
Pitch Min
four &pm0.16 twelve twelve.four eleven.six five.two fourteen.eight 25.1
five &pm0.2 fifteen fifteen.five 14.six six.five 18.five 39.2
6 &pm0.24 18 18.5 17.5 seven.8 22.2 56.5
seven &pm0.28 21 21.six 20.four nine.1 25.nine 76.9
eight &pm0.32 24 24.seven 23.three ten.four 29.six one hundred.five
ten &pm0.four 30 thirty.nine 29.one thirteen 37 157.one
thirteen &pm0.fifty two 39 forty.2 37.8 sixteen.9 forty eight.one 265.four
16 &pm0.sixty four 48 49.four forty six.6 20.8 fifty nine.two 402.1
18 &pm0.nine 54 fifty five.six fifty two.four 23.four 66.6 508.nine
19 &pm1 fifty seven 58.7 55.three 24.7 70.3 567.one
twenty &pm1 60 sixty one.8 fifty eight.two 26 seventy four 628.3

 

US $0.9
/ Meter
|
100 Meters

(Min. Order)

###

Usage: Drag Chain
Material: Iron
Surface Treatment: Oil Blooming
Feature: Heat Resistant
Chain Size: 1/2"*3/32"
Structure: Welded Chain

###

Customization:

###

Diameter Pitch Inside Width Min
w1(mm)
Outside Width Min
w1(mm)
Break Load Min
( BF/KN )
D(mm) Deviation p(mm) P
Pitch Max
P
Pitch Min
4 ±0.16 12 12.4 11.6 5.2 14.8 20.1
5 ±0.2 15 15.5 14.6 6.5 18.5 31.4
6 ±0.24 18 18.5 17.5 7.8 22.2 49.8
7 ±0.28 21 21.6 20.4 9.1 25.9 61.5
8 ±0.32 24 24.7 23.3 10.4 29.6 80.4
10 ±0.4 30 30.9 29.1 13 37 125.6
13 ±0.52 39 40.2 37.8 16.9 48.1 212.3
16 ±0.64 48 49.4 46.6 20.8 59.2 321.6
18 ±0.9 54 55.6 52.4 23.4 66.6 407.1
19 ±1 57 58.7 55.3 24.7 70.3 453.6
20 ±1 60 61.8 58.2 26 74 502.6

###

Diameter Pitch Outside
Width
w(mm)
Gage Length Break Load Min
(BF/KN)
d(mm) Deviation p(mm) Deviation 11*pn Deviation
4 ±0.2 12 +0.25
0
13.6 132 +0.6
0
20.1
5 ±0.2 15 +0.3
0
17.0 165 +0.8
0
31.4
6 ±0.2 18 +0.35
0
20.0 198 +0.9
0
45.2
6.3 ±0.2 19 +0.4
0
21 209 +1
0
49.8
7.1 ±0.3 21 +0.4
0
23 231 +1.1
0
61.5
8 ±0.3 24 +0.5
0
26 264 +1.3
0
80.4
9 ±0.4 27 +0.5
0
30 297 +1.4
0
101.7
10 ±0.4 30 +0.6
0
33 330 +1.6
0
125.6
11.2 ±0.4 34 +0.7
0
37 374 +1.8
0
152.1
12.5 ±0.5 38 +0.8
0
41 418 +2.0
0
196.3
13 ±0.5 39 +0.8
0
44.2 429 +2.1
0
212.3
14 ±0.6 42 +0.8
0
47.6 462 +2.2
0
246.3
16 ±0.6 48 +0.9
0
54.4 528 +2.5
0
321.6

###

Diameter Pitch Outside
Width
w(mm)
Gage Length Break Load Min
( BF/KN )
d(mm) Deviation p(mm) Deviation 11*pn Deviation
4 ±0.2 12 +0.25
0
13.6 132 +0.6
0
25.1
5 ±0.2 15 +0.3
0
17.0 165 +0.8
0
39.2
6 ±0.2 18 +0.35
0
20.0 198 +0.9
0
56.5
6.3 ±0.2 19 +0.4
0
21 209 +1
0
62.3
7.1 ±0.3 21 +0.4
0
23 231 +1.1
0
79.1
8 ±0.3 24 +0.5
0
26 264 +1.3
0
100.5
9 ±0.4 27 +0.5
  0
30 297 +1.4
0
127.2
10 ±0.4 30 +0.6
0
33 330 +1.6
0
157.1
11.2 ±0.4 34 +0.7
0
37 374 +1.8
0
197.0
12.5 ±0.5 38 +0.8
0
41 418 +2.0
0
245.4
13 ±0.5 39 +0.8
0
44.2 429 +2.1
0
265.4
14 ±0.6 42 +0.8
0
47.6 462 +2.2
0
307.8
16 ±0.6 48 +0.9
0
54.4 528 +2.5
0
402.1

###

Diameter Pitch Inside Width Min
w1(mm)
Outside Width Min
w1(mm)
Break Load Min
( BF/KN )
d(mm) Deviation p(mm) P
Pitch Max
P
Pitch Min
4 ±0.16 12 12.4 11.6 5.2 14.8 20.1
5 ±0.2 15 15.5 14.6 6.5 18.5 31.4
6 ±0.24 18 18.5 17.5 7.8 22.2 49.8
7 ±0.28 21 21.6 20.4 9.1 25.9 61.5
8 ±0.32 24 24.7 23.3 10.4 29.6 80.4
10 ±0.4 30 30.9 29.1 13 37 125.6
13 ±0.52 39 40.2 37.8 16.9 48.1 212.3
16 ±0.64 48 49.4 46.6 20.8 59.2 321.6
18 ±0.9 54 55.6 52.4 23.4 66.6 407.1
19 ±1 57 58.7 55.3 24.7 70.3 453.6
20 ±1 60 61.8 58.2 26 74 502.6

###

Diameter Pitch Inside Width Min
w1(mm)
Outside Width Min
w1(mm)
Break Load Min
( BF/KN )
d(mm) Deviation p(mm) P
Pitch Max
P
Pitch Min
4 ±0.16 12 12.4 11.6 5.2 14.8 25.1
5 ±0.2 15 15.5 14.6 6.5 18.5 39.2
6 ±0.24 18 18.5 17.5 7.8 22.2 56.5
7 ±0.28 21 21.6 20.4 9.1 25.9 76.9
8 ±0.32 24 24.7 23.3 10.4 29.6 100.5
10 ±0.4 30 30.9 29.1 13 37 157.1
13 ±0.52 39 40.2 37.8 16.9 48.1 265.4
16 ±0.64 48 49.4 46.6 20.8 59.2 402.1
18 ±0.9 54 55.6 52.4 23.4 66.6 508.9
19 ±1 57 58.7 55.3 24.7 70.3 567.1
20 ±1 60 61.8 58.2 26 74 628.3
US $0.9
/ Meter
|
100 Meters

(Min. Order)

###

Usage: Drag Chain
Material: Iron
Surface Treatment: Oil Blooming
Feature: Heat Resistant
Chain Size: 1/2"*3/32"
Structure: Welded Chain

###

Customization:

###

Diameter Pitch Inside Width Min
w1(mm)
Outside Width Min
w1(mm)
Break Load Min
( BF/KN )
D(mm) Deviation p(mm) P
Pitch Max
P
Pitch Min
4 ±0.16 12 12.4 11.6 5.2 14.8 20.1
5 ±0.2 15 15.5 14.6 6.5 18.5 31.4
6 ±0.24 18 18.5 17.5 7.8 22.2 49.8
7 ±0.28 21 21.6 20.4 9.1 25.9 61.5
8 ±0.32 24 24.7 23.3 10.4 29.6 80.4
10 ±0.4 30 30.9 29.1 13 37 125.6
13 ±0.52 39 40.2 37.8 16.9 48.1 212.3
16 ±0.64 48 49.4 46.6 20.8 59.2 321.6
18 ±0.9 54 55.6 52.4 23.4 66.6 407.1
19 ±1 57 58.7 55.3 24.7 70.3 453.6
20 ±1 60 61.8 58.2 26 74 502.6

###

Diameter Pitch Outside
Width
w(mm)
Gage Length Break Load Min
(BF/KN)
d(mm) Deviation p(mm) Deviation 11*pn Deviation
4 ±0.2 12 +0.25
0
13.6 132 +0.6
0
20.1
5 ±0.2 15 +0.3
0
17.0 165 +0.8
0
31.4
6 ±0.2 18 +0.35
0
20.0 198 +0.9
0
45.2
6.3 ±0.2 19 +0.4
0
21 209 +1
0
49.8
7.1 ±0.3 21 +0.4
0
23 231 +1.1
0
61.5
8 ±0.3 24 +0.5
0
26 264 +1.3
0
80.4
9 ±0.4 27 +0.5
0
30 297 +1.4
0
101.7
10 ±0.4 30 +0.6
0
33 330 +1.6
0
125.6
11.2 ±0.4 34 +0.7
0
37 374 +1.8
0
152.1
12.5 ±0.5 38 +0.8
0
41 418 +2.0
0
196.3
13 ±0.5 39 +0.8
0
44.2 429 +2.1
0
212.3
14 ±0.6 42 +0.8
0
47.6 462 +2.2
0
246.3
16 ±0.6 48 +0.9
0
54.4 528 +2.5
0
321.6

###

Diameter Pitch Outside
Width
w(mm)
Gage Length Break Load Min
( BF/KN )
d(mm) Deviation p(mm) Deviation 11*pn Deviation
4 ±0.2 12 +0.25
0
13.6 132 +0.6
0
25.1
5 ±0.2 15 +0.3
0
17.0 165 +0.8
0
39.2
6 ±0.2 18 +0.35
0
20.0 198 +0.9
0
56.5
6.3 ±0.2 19 +0.4
0
21 209 +1
0
62.3
7.1 ±0.3 21 +0.4
0
23 231 +1.1
0
79.1
8 ±0.3 24 +0.5
0
26 264 +1.3
0
100.5
9 ±0.4 27 +0.5
  0
30 297 +1.4
0
127.2
10 ±0.4 30 +0.6
0
33 330 +1.6
0
157.1
11.2 ±0.4 34 +0.7
0
37 374 +1.8
0
197.0
12.5 ±0.5 38 +0.8
0
41 418 +2.0
0
245.4
13 ±0.5 39 +0.8
0
44.2 429 +2.1
0
265.4
14 ±0.6 42 +0.8
0
47.6 462 +2.2
0
307.8
16 ±0.6 48 +0.9
0
54.4 528 +2.5
0
402.1

###

Diameter Pitch Inside Width Min
w1(mm)
Outside Width Min
w1(mm)
Break Load Min
( BF/KN )
d(mm) Deviation p(mm) P
Pitch Max
P
Pitch Min
4 ±0.16 12 12.4 11.6 5.2 14.8 20.1
5 ±0.2 15 15.5 14.6 6.5 18.5 31.4
6 ±0.24 18 18.5 17.5 7.8 22.2 49.8
7 ±0.28 21 21.6 20.4 9.1 25.9 61.5
8 ±0.32 24 24.7 23.3 10.4 29.6 80.4
10 ±0.4 30 30.9 29.1 13 37 125.6
13 ±0.52 39 40.2 37.8 16.9 48.1 212.3
16 ±0.64 48 49.4 46.6 20.8 59.2 321.6
18 ±0.9 54 55.6 52.4 23.4 66.6 407.1
19 ±1 57 58.7 55.3 24.7 70.3 453.6
20 ±1 60 61.8 58.2 26 74 502.6

###

Diameter Pitch Inside Width Min
w1(mm)
Outside Width Min
w1(mm)
Break Load Min
( BF/KN )
d(mm) Deviation p(mm) P
Pitch Max
P
Pitch Min
4 ±0.16 12 12.4 11.6 5.2 14.8 25.1
5 ±0.2 15 15.5 14.6 6.5 18.5 39.2
6 ±0.24 18 18.5 17.5 7.8 22.2 56.5
7 ±0.28 21 21.6 20.4 9.1 25.9 76.9
8 ±0.32 24 24.7 23.3 10.4 29.6 100.5
10 ±0.4 30 30.9 29.1 13 37 157.1
13 ±0.52 39 40.2 37.8 16.9 48.1 265.4
16 ±0.64 48 49.4 46.6 20.8 59.2 402.1
18 ±0.9 54 55.6 52.4 23.4 66.6 508.9
19 ±1 57 58.7 55.3 24.7 70.3 567.1
20 ±1 60 61.8 58.2 26 74 628.3

Types of roller chains and their applications

There are many factors that can cause premature wear of the roller chain. They include friction, external shocks, and lack of lubrication or adjustment. Here are some tips to help you prevent premature chain wear. Read on to learn more about the different types of roller chains and their applications. You’ll be surprised how quickly the roller chain wears out! Below we have listed some of the most common causes of premature roller chain wear.

Double strand heavy-duty roller chain

If your application requires a heavy-duty chain, a double-strand steel roller chain is an excellent choice. Double-strand steel roller chains are manufactured to reduce stress fatigue and stretch, making them ideal for industrial and logging equipment. This type of chain is also heat-treated and shot-peened for excellent fatigue resistance and strength. Listed below are some of the advantages of double-strand heavy-duty roller chains.
When comparing single-strand and double-strand heavy-duty roller chains, double-strand steel roller chains are generally better. They have twice as many side plates and a working load close to that of a twin-strand steel roller chain. Unlike single-strand steel roller chains, double-strand roller chains are not interchangeable with standard double-sprockets. They use sprockets specially made for double chains.
Double strand chains are particularly strong, resistant to rust and corrosion, and ideal for high-stress applications. They are commonly used in conveyor systems, paper mill equipment, ditches, lifts, seed drills, and various hoisting machinery. They are also used in the wastewater and food processing industries. Chains of this type are used on conveyor lines, so they are an excellent choice for heavy machinery.
chain

Nickel-plated chain

Nickel-plated roller chains are ideal for outdoor work, mildly corrosive environments, and applications requiring a good chain appearance. Nickel plating increases component hardness and improves wear resistance while ensuring that all surfaces are protected. The benefits of nickel-plated roller chains include increased durability, corrosion resistance, and a bright shine. Here are a few reasons to use such a chain. All chains are manufactured to the highest quality and safety standards.
Although slightly corrosive, nickel-plated roller chains are ideal for applications in high salt and high humidity environments. However, nickel plating can peel and chip, so nickel roller chains are not recommended for use in food processing or other environments exposed to corrosive substances. ANSI B29.1 standard chain can be nickel-plated and is ideal for a variety of applications including industrial garage doors and boat lifts.
CZPT USA Corp. is committed to being the premier agricultural and industrial chain supplier in the United States. By focusing on quality, they ensure their chains provide long life and unmatched wear resistance. If you’re looking for a quality plated roller chain, consider choosing a chain from a leading manufacturer. If you need the durability and strength of a nickel roller chain, choose CZPT USA Corp. We manufacture the highest quality chains in the USA.
In addition to high strength, nickel-plated roller chains are also available in elastomer profiles. These types of chains can handle 1/2 to 3/4″ loads, depending on their pitch. They are also ideal for gentle traction on sensitive surfaces. The strength of these chains depends on the type of the main link used in the chain. Nickel-plated roller chains are available in a variety of sizes and are priced to suit a variety of applications.

Stainless steel chain

Stainless steel roller chains are ideal for industrial applications in two harsh environments. They have excellent chemical and corrosion resistance, as well as high strength. Chains are available in three grades to meet various operational needs. 304SS is suitable for food contact applications, while 316SS and 606SS offer excellent corrosion resistance. 600 series stainless steel provides excellent corrosion and wears resistance with precipitation hardened components.
In food processing, stainless steel chains are often exposed to extremely high temperatures and high concentrations of acids, alkalis, and water. They are also resistant to high concentrations of acid and chlorine. And their low magnetic permeability allows them to function properly in hygienic conditions. But stainless steel roller chains also have some disadvantages. Despite their excellent corrosion resistance, these chains are not recommended for use in food processing environments.
Compared to carbon steel, stainless steel roller chains are softer and hold longer. This means it may wear out faster. Since stainless steel is not heat-treated, its surface hardness is different from carbon steel. It retains heat for longer, reducing its tensile strength and extending its lifespan. Nonetheless, stainless steel roller chains are ideal for a variety of industrial applications.
The stainless steel roller chain is made of high-quality material. For example, the Premier series stainless steel roller chains are manufactured in Japan using a special type of stainless steel shot peening process. They also feature a solid roller design that reduces side flex. The Premier range also features highly polished side panels and is available in 10′ boxes, 50′ reels, and 100′ reels. They can also be cut to length if necessary.

Accumulation conveyor

Roller chain accumulation conveyors are designed to transport loads up to 440 lbs or 200 kg. The accumulator chain is located on large idler rollers to ensure quiet operation and the minimum force required to hold the pallet. They are suitable for various applications and can be integrated into the entire processing system. These conveyor belts have T-slots on three sides of the profile frame for connecting brackets and sensors.
Sensors installed in the accumulation area detect objects on the conveyor line and send signals to the motors that power the accumulation area. The motor can be external or built into the drum itself. Other types of sensors use light, such as photosensors. Photoelectric sensors detect objects by emitting and receiving specific wavelengths of light. This option is cost-effective because the sensor rollers are located slightly above the surface of the conveyor line.
Roller chain accumulation conveyors can be constructed of steel or plastic rollers. It can be equipped with staggered or coaxial rollers. Safety cover prevents accidental insertion of fingers into the chain, improving operator safety. The safety cover is compatible with the chain type and required bend radius. These caps are made of plastic clips that fit permanently on the inner links of the chain. They do not interfere with conveyed goods or workpiece carriers.
There are two basic types of accumulation conveyors: free flow and accumulation. Free-flowing chains allow conveyed objects to slide directly onto the chain while stacking chains allow goods to slide under the chain. Accumulation chains are commonly used in the food and packaging industries and have rollers that support conveyed objects. The free-flowing conveyor system eliminates the risk of damaging objects, as the rollers in the accumulation conveyor are in direct contact with the bottom of the cargo.
chain

Custom attachment

Standard accessories for roller chains are available in a variety of styles. Typically, they can be assembled on pin or roller links. When referring to connecting chains, it is important to know how to refer to pitch and center-to-center spacing. The pitch of the roller chain should include inner and outer roller links and must alternate every three pitches. Additionally, you can order custom accessories for pin or roller linkages. Below are some examples of custom accessories for roller chains.
Stainless steel roller chains are one of the most well-known chains for this application. It has a stainless steel 304 finish to create curved and straight lugs. For even more flexibility, you can also request custom accessories such as chain plate holes and pins. For added safety, various accessories can be attached to the single-pitch roller chain. It can also be made with multiple pins or curved lugs.
HKK Chains is stocked with much stainless steel and carbon steel standard connecting chains. Most of the time, they can assemble a custom accessory chain in no time. For example, a single-pitch chain with two connecting holes is called a wide profile. Additionally, chains can be manufactured in a variety of materials, including carbon steel, stainless steel, Lambda, plastic, and Ultra WP. In addition, a wide range of unique accessories is available for special industries.

China Manufacturer Supply 19mm Iron Black Chain     excavator chain bushChina Manufacturer Supply 19mm Iron Black Chain     excavator chain bush
editor by czh 2023-01-27