China ASTM/DIN Standard Link Chain-Lifting Chain-Anchor Chain-Mining Chain roller chain bolt

Solution Description

The Chain is 1 of JOC Machinery’s major items, our income on Chains hit 2 million bucks in 2012 and which is promised to boost in 2013. Mainly we manufacture Chains for mining, energy station employing (Quality 5 ~ 8). We will no difficulty to meet your neighborhood common on Chains this sort of as Breaking Drive, Elongation and so on. We also manufacture widespread Chains (Quality 3) with aggressive pricing.

Your kind consideration and inquiry to our firm will be very appreciated and we do hope that we can create excellent company relationship with you, by supplying our great top quality and provider.

one. Lifting Chains
*Regular: EN818-2
*Software: Lifting
*Material: Large Good quality Alloy that contains Cr, Ni, Mo
*Grade: G80
*Finish: Oiled, Black, Galvanized, Paint

Dimension(d) mm	Inner Duration(p) mm	Width		Weight (kg/m)	Working Load Restrict (T)	Test Load (KN)	Min Breaking Force (KN)
Dimension(d) mm	Inner Duration(p) mm	Min (a)	Max (b)	Weight (kg/m)	Working Load Restrict (T)	Test Load (KN)	Min Breaking Force (KN)
6	18	7.eight	22.2	.eight	one.12	28.three	forty five.two
7	21	nine.5	twenty five.9	one.4	one.5	38.five	sixty one.six
eight	24	ten.4	29.six	two.two	2	50.three	80.four
ten	thirty	13	37	3.three	three.fifteen	78.5	126
thirteen	39	16.nine	48.1	3.8	five.three	133	212
sixteen	48	twenty.8	fifty nine.two	six.seven	8	201	322
eighteen	54	23.4	sixty six.6	7.three	10	254	407
19	fifty seven	24.7	70.3	eight	11.2	284	454
20	sixty	26	74	nine	twelve.5	314	503
22	66	28.six	eighty one.4	ten.nine	fifteen	380	608
26	78	33.8	ninety six.two	fifteen.2	21.2	531	849
thirty	90	38	106	20.three	28.three	706	1130
32	ninety six	41.6	118	23	31.5	804	1290
34	102	44.two	one hundred twenty five.eight	26	36.three	906	1452
40	120	fifty two	148	36	fifty	1260	2571
forty two	126	fifty four.6	155.4	40	55.4	1385	2218

2. Mining Chains
*Normal:GB/T12718-2009
*Application: Coal mine/ Transport
*Substance: High Quality Alloy that contains Cr, Ni, Mo
*Grade: B/C/D
*Complete: Black, Galvanized, Paint

Dimension(d) mm	Inner Size(p) mm	Width		Weight (kg/m)	Test Load (KN)	Elongation below T.L%	Min Breaking Force (KN)	Total Elongation under T.L%	Class
Dimension(d) mm	Inner Size(p) mm	Min (a)	Max (b)	Weight (kg/m)	Test Load (KN)	Elongation below T.L%	Min Breaking Force (KN)	Total Elongation under T.L%	Class
10	40	12	34	1.nine	85	one.4	110	12	B
					one hundred	1.6	one hundred thirty	twelve	C
					a hundred thirty	1.nine	a hundred and sixty	12	D
14	50	17	48	4	one hundred fifty	one.four	one hundred ninety	12	B
					200	one.six	250	12	C
					250	1.nine	310	twelve	D
18	64	21	60	6.six	260	1.four	320	twelve	B
					330	one.6	410	twelve	C
					410	1.9	510	12	D
22	86	26	74	9.five	380	1.4	480	twelve	B
					490	1.six	610	12	C
					610	one.9	760	twelve	D
24	86	28	79	11.6	460	one.4	570	twelve	B
					580	one.six	720	twelve	C
					720	one.nine	900	12	D
26	92	30	86	13.7	540	1.4	670	twelve	B
					680	1.six	850	12	C
					850	one.nine	1060	12	D
30	108	34	98	18	710	1.four	890	12	B
					900	one.6	1130	twelve	C
					1130	1.nine	1410	12	D
34	126	38	109	22.7	900	1.4	1140	12	B
					1160	one.6	1450	12	C
					1450	one.9	1810	twelve	D
38	137	42	121	29	1130	one.4	1420	12	B
					1450	1.6	1810	12	C
					1810	1.9	2270	twelve	D
42	152	46	133	35.3	1390	1.four	1740	12	B
					1770	1.six	2220	twelve	C
					2220	one.9	2770	twelve	D

3. Germany Normal Chains-DIN 5685
*Normal:DIN 5685
*Application: Transport/Bundle
*Material: Substantial Good quality Alloy made up of Cr, Ni, Mo
*Quality: A/C
*Complete: Oiled, Black, Galvanized, Paint

Dimension(d) mm	Internal Length(p) mm	Outer Width (b)	Fat (kg/100m)	Working Load Restrict (KN)	Breaking Force (KN)	Class
6	24	24	seventy three	4.five	11.5	A
	42		sixty three			C
6.5	26	26	86	5.four	13.5	A
	forty five.5		74			C
7	28	28	one hundred	6	15	A
	49		86			C
8	32	32	one hundred thirty	8	20	A
	fifty two		a hundred and ten			C
8.five	34	34	149	9	22.5	A
	56		one hundred twenty five			C
9	36	36	a hundred sixty five	10	25	A
	fifty nine		141			C
10	forty	40	205	12.five	31	A
	65		175			C
11	forty four	44	250	15	38	A
	72		211			C
12	forty eight	48	290	18	45	A
	seventy eight		255			C
13	52	52	345	21.2	53	A
	eighty two		295			C

four. Germany Standard Chains-DIN 763
*Standard:DIN 763
*Application: Transportation/Bundle
*Material: Large Quality Alloy that contains Cr, Ni, Mo
*Grade: According to the Customer’s ask for
*Finish: Oiled, Black, Galvanized, Paint

Dimension(d) mm		Inner Size(p) mm		Min (a)	Max(b)	Weight (kg/m)	Working Load Restrict (T)	Proof F (KN)	Min Breaking Force (KN)
–	Tolerance (+/-)	–	Tolerance (+/-)	Min (a)	Max(b)	Weight (kg/m)	Working Load Restrict (T)	Proof F (KN)	Min Breaking Force (KN)
4	.two	32	one	seven.two	16.8	.27	.ten	two.five	6.3
five	.25	35	one.1	nine	21	.forty three	.sixteen	4	10
6	.3	42	1.three	10.8	twenty five.2	.sixty three	.20	5	twelve.5
7	.35	forty nine	one.5	12.6	29.4	.86	.30	seven.5	19
eight	.4	52	one.six	fourteen.4	33.six	one.1	.40	ten	25
ten	.5	65	2	eighteen	42	1.seventy five	.63	fourteen	40
13	.65	eighty two	2.5	23.four	fifty four.six	two.ninety five	one.00	25	sixty three
sixteen	.eight	100	three	28.eight	67.2	four.forty five	one.sixty	forty	100

US $1,300-1,500
/ Ton
| 1 Ton

(Min. Order)

###

Usage:	Lifting, Mining, Binding, Anchor/Marine
Material:	Stainless Steel, Steel, Alloy
Surface Treatment:	Painting, Plating, Polishing
Feature:	Rust-Assistant
Chain Size:	All Sizes
Structure:	Welded Chain

###

Customization:	Available \| Customized Request

###

Dimension(d) mm	Inner Length(p) mm	Width		Weight (kg/m)	Working Load Limit (T)	Test Load (KN)	Min Breaking Force (KN)
Dimension(d) mm	Inner Length(p) mm	Min (a)	Max (b)	Weight (kg/m)	Working Load Limit (T)	Test Load (KN)	Min Breaking Force (KN)
6	18	7.8	22.2	0.8	1.12	28.3	45.2
7	21	9.5	25.9	1.4	1.5	38.5	61.6
8	24	10.4	29.6	2.2	2	50.3	80.4
10	30	13	37	3.3	3.15	78.5	126
13	39	16.9	48.1	3.8	5.3	133	212
16	48	20.8	59.2	6.7	8	201	322
18	54	23.4	66.6	7.3	10	254	407
19	57	24.7	70.3	8	11.2	284	454
20	60	26	74	9	12.5	314	503
22	66	28.6	81.4	10.9	15	380	608
26	78	33.8	96.2	15.2	21.2	531	849
30	90	38	106	20.3	28.3	706	1130
32	96	41.6	118	23	31.5	804	1290
34	102	44.2	125.8	26	36.3	906	1452
40	120	52	148	36	50	1260	2010
42	126	54.6	155.4	40	55.4	1385	2218

###

Dimension(d) mm	Inner Length(p) mm	Width		Weight (kg/m)	Test Load (KN)	Elongation under T.L%	Min Breaking Force (KN)	Total Elongation under T.L%	Class
Dimension(d) mm	Inner Length(p) mm	Min (a)	Max (b)	Weight (kg/m)	Test Load (KN)	Elongation under T.L%	Min Breaking Force (KN)	Total Elongation under T.L%	Class
10	40	12	34	1.9	85	1.4	110	12	B
					100	1.6	130	12	C
					130	1.9	160	12	D
14	50	17	48	4	150	1.4	190	12	B
					200	1.6	250	12	C
					250	1.9	310	12	D
18	64	21	60	6.6	260	1.4	320	12	B
					330	1.6	410	12	C
					410	1.9	510	12	D
22	86	26	74	9.5	380	1.4	480	12	B
					490	1.6	610	12	C
					610	1.9	760	12	D
24	86	28	79	11.6	460	1.4	570	12	B
					580	1.6	720	12	C
					720	1.9	900	12	D
26	92	30	86	13.7	540	1.4	670	12	B
					680	1.6	850	12	C
					850	1.9	1060	12	D
30	108	34	98	18	710	1.4	890	12	B
					900	1.6	1130	12	C
					1130	1.9	1410	12	D
34	126	38	109	22.7	900	1.4	1140	12	B
					1160	1.6	1450	12	C
					1450	1.9	1810	12	D
38	137	42	121	29	1130	1.4	1420	12	B
					1450	1.6	1810	12	C
					1810	1.9	2270	12	D
42	152	46	133	35.3	1390	1.4	1740	12	B
					1770	1.6	2220	12	C
					2220	1.9	2770	12	D

###

Dimension(d) mm	Inner Length(p) mm	Outer Width (b)	Weight (kg/100m)	Working Load Limit (KN)	Breaking Force (KN)	Class
6	24	24	73	4.5	11.5	A
	42		63			C
6.5	26	26	86	5.4	13.5	A
	45.5		74			C
7	28	28	100	6	15	A
	49		86			C
8	32	32	130	8	20	A
	52		110			C
8.5	34	34	149	9	22.5	A
	56		125			C
9	36	36	165	10	25	A
	59		141			C
10	40	40	205	12.5	31	A
	65		175			C
11	44	44	250	15	38	A
	72		211			C
12	48	48	290	18	45	A
	78		255			C
13	52	52	345	21.2	53	A
	82		295			C

###

Dimension(d) mm		Inner Length(p) mm		Min (a)	Max(b)	Weight (kg/m)	Working Load Limit (T)	Proof F (KN)	Min Breaking Force (KN)
–	Tolerance (+/-)	–	Tolerance (+/-)	Min (a)	Max(b)	Weight (kg/m)	Working Load Limit (T)	Proof F (KN)	Min Breaking Force (KN)
4	0.2	32	1	7.2	16.8	0.27	0.10	2.5	6.3
5	0.25	35	1.1	9	21	0.43	0.16	4	10
6	0.3	42	1.3	10.8	25.2	0.63	0.20	5	12.5
7	0.35	49	1.5	12.6	29.4	0.86	0.30	7.5	19
8	0.4	52	1.6	14.4	33.6	1.1	0.40	10	25
10	0.5	65	2	18	42	1.75	0.63	14	40
13	0.65	82	2.5	23.4	54.6	2.95	1.00	25	63
16	0.8	100	3	28.8	67.2	4.45	1.60	40	100

US $1,300-1,500
/ Ton
| 1 Ton

(Min. Order)

###

Usage:	Lifting, Mining, Binding, Anchor/Marine
Material:	Stainless Steel, Steel, Alloy
Surface Treatment:	Painting, Plating, Polishing
Feature:	Rust-Assistant
Chain Size:	All Sizes
Structure:	Welded Chain

###

Customization:	Available \| Customized Request

###

Dimension(d) mm	Inner Length(p) mm	Width		Weight (kg/m)	Working Load Limit (T)	Test Load (KN)	Min Breaking Force (KN)
Dimension(d) mm	Inner Length(p) mm	Min (a)	Max (b)	Weight (kg/m)	Working Load Limit (T)	Test Load (KN)	Min Breaking Force (KN)
6	18	7.8	22.2	0.8	1.12	28.3	45.2
7	21	9.5	25.9	1.4	1.5	38.5	61.6
8	24	10.4	29.6	2.2	2	50.3	80.4
10	30	13	37	3.3	3.15	78.5	126
13	39	16.9	48.1	3.8	5.3	133	212
16	48	20.8	59.2	6.7	8	201	322
18	54	23.4	66.6	7.3	10	254	407
19	57	24.7	70.3	8	11.2	284	454
20	60	26	74	9	12.5	314	503
22	66	28.6	81.4	10.9	15	380	608
26	78	33.8	96.2	15.2	21.2	531	849
30	90	38	106	20.3	28.3	706	1130
32	96	41.6	118	23	31.5	804	1290
34	102	44.2	125.8	26	36.3	906	1452
40	120	52	148	36	50	1260	2010
42	126	54.6	155.4	40	55.4	1385	2218

###

Dimension(d) mm	Inner Length(p) mm	Width		Weight (kg/m)	Test Load (KN)	Elongation under T.L%	Min Breaking Force (KN)	Total Elongation under T.L%	Class
Dimension(d) mm	Inner Length(p) mm	Min (a)	Max (b)	Weight (kg/m)	Test Load (KN)	Elongation under T.L%	Min Breaking Force (KN)	Total Elongation under T.L%	Class
10	40	12	34	1.9	85	1.4	110	12	B
					100	1.6	130	12	C
					130	1.9	160	12	D
14	50	17	48	4	150	1.4	190	12	B
					200	1.6	250	12	C
					250	1.9	310	12	D
18	64	21	60	6.6	260	1.4	320	12	B
					330	1.6	410	12	C
					410	1.9	510	12	D
22	86	26	74	9.5	380	1.4	480	12	B
					490	1.6	610	12	C
					610	1.9	760	12	D
24	86	28	79	11.6	460	1.4	570	12	B
					580	1.6	720	12	C
					720	1.9	900	12	D
26	92	30	86	13.7	540	1.4	670	12	B
					680	1.6	850	12	C
					850	1.9	1060	12	D
30	108	34	98	18	710	1.4	890	12	B
					900	1.6	1130	12	C
					1130	1.9	1410	12	D
34	126	38	109	22.7	900	1.4	1140	12	B
					1160	1.6	1450	12	C
					1450	1.9	1810	12	D
38	137	42	121	29	1130	1.4	1420	12	B
					1450	1.6	1810	12	C
					1810	1.9	2270	12	D
42	152	46	133	35.3	1390	1.4	1740	12	B
					1770	1.6	2220	12	C
					2220	1.9	2770	12	D

###

Dimension(d) mm	Inner Length(p) mm	Outer Width (b)	Weight (kg/100m)	Working Load Limit (KN)	Breaking Force (KN)	Class
6	24	24	73	4.5	11.5	A
	42		63			C
6.5	26	26	86	5.4	13.5	A
	45.5		74			C
7	28	28	100	6	15	A
	49		86			C
8	32	32	130	8	20	A
	52		110			C
8.5	34	34	149	9	22.5	A
	56		125			C
9	36	36	165	10	25	A
	59		141			C
10	40	40	205	12.5	31	A
	65		175			C
11	44	44	250	15	38	A
	72		211			C
12	48	48	290	18	45	A
	78		255			C
13	52	52	345	21.2	53	A
	82		295			C

###

Dimension(d) mm		Inner Length(p) mm		Min (a)	Max(b)	Weight (kg/m)	Working Load Limit (T)	Proof F (KN)	Min Breaking Force (KN)
–	Tolerance (+/-)	–	Tolerance (+/-)	Min (a)	Max(b)	Weight (kg/m)	Working Load Limit (T)	Proof F (KN)	Min Breaking Force (KN)
4	0.2	32	1	7.2	16.8	0.27	0.10	2.5	6.3
5	0.25	35	1.1	9	21	0.43	0.16	4	10
6	0.3	42	1.3	10.8	25.2	0.63	0.20	5	12.5
7	0.35	49	1.5	12.6	29.4	0.86	0.30	7.5	19
8	0.4	52	1.6	14.4	33.6	1.1	0.40	10	25
10	0.5	65	2	18	42	1.75	0.63	14	40
13	0.65	82	2.5	23.4	54.6	2.95	1.00	25	63
16	0.8	100	3	28.8	67.2	4.45	1.60	40	100

CZPT silent roller chain

The development of roller chains benefited from the concept of automated manufacturing introduced by Henry Ford. Conveyor belts and chains have been around for centuries, and as Ford expanded the concept of automobile manufacturing, roller chains became popular. Today, they are used in factories and lumber mills to move items quickly, sort, and move items vertically or horizontally. There are conveyors for other purposes, including sorting and placing items into truck beds.

CZPT roller chain

Founded in 1890, the company is the world’s leading manufacturer of high-performance roller chain systems. The company focuses on power transmission, industrial production, and the aftermarket. The company uses the highest quality materials for its chains and carefully designs, manufactures, and assembles each component. With more than a century of experience, the company continues to exceed customer expectations and industry standards. This is evident in the chain’s name and logo.
The company also offers manufacturers a full range of service options. These include on-site maintenance and application engineering. Headquartered in Indianapolis, Indiana, the company provides chain drive repair and maintenance services. In addition to providing best-in-class products, CZPT also provides customized service solutions for any industry. For more information, visit the CZPT website. Below are some of the benefits of choosing a CZPT roller chain.
CZPT roller chains reflect many advancements in chain technology. Its components are shot-peened with a high-speed iron shot to maximize toughness and longevity. The chain is also factory preloaded, no need to stretch and adjust prematurely to tighten the chain. Ultimately, a high-quality CZPT roller chain will save you time and money. It is the most durable roller chain on the market. Although more expensive to produce, it will last longer.
There are many types of materials used to construct roller chains. Common materials include steel, stainless steel, and brass. The material used to make the chain also plays a vital role in durability. In addition to steel, chain manufacturers use different heat treatments for their components. The quality of the pitch hole fabrication, heat treatment, and shot peening of the steel affects the fatigue strength of the chain. The design and thickness of the link plates are also important in determining fatigue strength.
chain

CZPT silent chain

The CZPT silent chain is an inverted gear that eliminates friction during articulation. It is also a non-slip durable chain. Its design can be customized to suit various industrial applications. It features a patented wear protection system including connecting links and stainless steel components. Here are some of its benefits. There are some pros and cons here.
The “CZPT” silent chain is driven by a motor through the PS-1 capsule. The chain runs quietly, won’t slip or seize anything, and needs regular lubrication to maintain peak performance. Heavy engine oil or cup grease is an ideal lubricant. The arrows marked on each link point in the direction the chain should move. Avoid using non-solids greases.
The company’s other products include a range of worm gear reducers. CZPT is committed to providing high-quality products at affordable prices. They also manufacture miter gear reducers, plastic belts, and conveyor chains. You can contact Dalton Bearing for more information on CZPT products. We will help you determine the right solution for your specific application. You can also contact us for more information about our product line.
The CZPT Quiet Chain range features unique “M” gauge pins with high surface hardness. It also features advanced chain assembly technology. The company manufactures CZPT timing chains for motorcycle applications in Japan. Its benefits include smooth and noise-free transmission. Also, it reduces the size. Therefore, it is an excellent choice for motorcycle engines. But be sure to consult an expert before buying.

Rexnord Roller Chains

If you are looking for reliable heavy-duty roller chains, you have come to the right place. Regal Rexnord has a complete line of prestressed roller chains in all sizes and types, from single to multi-strand, as well as a wide range of accessories. Specialty chains are also available, including HV and SC chains.
Rexnord’s roller chains are available in a variety of sizes and styles, including double pitch drive chains for the long center, low-speed applications. They are made of stainless steel for corrosion resistance and are factory lubricated for easy maintenance. Rexnord’s roller chains also feature armor pins and wide waist sidebars for added safety and durability. It comes in different styles and configurations for a variety of applications including conveyors, elevators, and commercial sprinkler systems.
chain

Competitor roller chain

Oil Field Roller Chains Market research report provides a comprehensive analysis of the market including macro and micro trends, pricing analysis, and strategic analysis of key competitors. It also includes an in-depth review of market trend innovations and key segment identification. It also provides insights into competitive scenarios and drivers driving the market growth. It also covers the latest trends and strategies for the future of the industry.
To understand the competitive landscape of the Oil Field Roller Chains market, the strengths and weaknesses of each leading manufacturer must be analyzed. One of the key measurements of a roller chain is tensile strength, which determines the ability to withstand a one-time load before breaking. Fatigue strength, on the other hand, represents the maximum load that a chain can withstand over a long period of time. By comparing these two performance metrics, you can determine the best brand and type for your specific requirements.

Application of roller chain

A roller chain is a simple mechanical power transmission system consisting of a series of short cylindrical rollers connected together by side links and driven by gears called sprockets. This simple, reliable, and efficient system is commonly used to convey materials and is ideal for many different applications. This type of chain is widely used in conveyors and bucket elevators and is available in a variety of power ratings and designs.
The most common drive chains are the single-strand standard series with power ratings ranging from 0.5 to 100 kW. Alternatively, the multi-strand model is a higher performance alternative that offers higher power capacity without increasing chain pitch or line speed. The other is the silent chain, also known as the inverted tooth chain. It is designed to be noiseless and to eliminate the negative effects of stretching. It rides on the teeth of the sprocket and its radius increases as it moves. It automatically corrects slight pitch changes. It also provides smooth, long-lasting service that runs smoothly.
A roller chain consists of 5 basic components: bushings, rollers, and pins. Each individual link is held together with a pin or bushing. The pin goes through a bushing in the inner link to prevent rotation. The advantages of roller chains make them one of the most efficient power transmission and conveying options. CZPT prides itself on its knowledge and experience in roller chain applications. Below are some common uses of roller chains.
Certain applications require less than ideal roller chain performance. To meet these challenges, manufacturers offer a variety of options. A self-lubricating chain can be used to keep the chain clean and reduce dust. Oil-contaminated chains can also be used for special applications. Other materials, such as stainless steel, can help retard corrosion and improve the wear resistance of the chain. Additionally, they can be used in a variety of environments, such as food processing machinery.

China ASTM/DIN Standard Link Chain-Lifting Chain-Anchor Chain-Mining Chain roller chain bolt
editor by czh 2022-12-23

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