Merchandise Description

Merchandise Depth

 

Hyperlinks to Other Chains & Merchandise

 

U.K. Type Chain
United kingdom Variety Quick Link Chain	Uk Type Medium Website link Chain	Uk Sort Extended Website link Chain

 

U.S. Regular Chain
US Variety G30 Evidence Coil Chain	NACM – Straight Hyperlink Device Chain	One Loop Chain
US Type G43 Higher Check Chain	NACM – Twist Url Machine Chain	Double Loop Chain
US Sort G70 Transport Chain	NACM – Straight Url Coil Chain	One Jack Chain
US Sort G80 Alloy Metal Lifting Chain	NACM – Twist Website link Coil Chain	Double Jack Chain
US Variety G100 Alloy Metal Lifting Chain	NACM – Passing Link Chain

 

DIN Regular Chain
DIN 763 Link Chain	DIN 766 Website link Chain	DIN 5686 Double Loop Chain
DIN 764 Url Chain	DIN 5685 Brief/Extended Hyperlink Chain

 

Korean Normal Hyperlink Chain
Quick Link Chain	Long Hyperlink Chain

 

Specification

U.K. Type Brief Link Chain

Short Hyperlink Specification		Test Load (KG)	Breaking Load (KG)	NETWT For each two hundred FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	three.twenty	200	400	11.forty	11.74
5/32	four.00	300	600	18.sixty	19.00
3/sixteen	four.70	four hundred	800	26.twenty	27.00
7/32	5.50	550	1100	36.eighty	38.00
1/four	six.35	750	1500	50.00	51.50
5/sixteen	7.ninety four	1200	2400	eighty.00	eighty two.40
three/eight	9.fifty	1700	3400	122.00	125.70
7/sixteen	eleven.11	2300	4600	164.00	169.00
one/two	12.70	3000	6000	210.00	216.00
five/eight	15.80	4700	9400	334.00	344.00
3/four	19.00	6800	13600	485.00	499.00
7/eight	22.20	9250	18500	656.00	675.00
one	twenty five.40	12150	24300	870.00	896.00

U.K. TYPE Medium Url Chain

Short Hyperlink Specification		Test Load (KG)	Breaking Load (KG)	NETWT Per two hundred FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.twenty	two hundred	400	ten.40	11.00
5/32	4.00	300	600	seventeen.40	18.00
3/sixteen	four.70	400	800	24.40	twenty five.00
seven/32	five.50	550	1100	34.00	35.00
1/4	six.35	750	1500	forty eight.eighty	50.00
5/sixteen	7.94	1200	2400	seventy six.00	seventy eight.00
three/eight	9.fifty	1700	3400	111.00	114.00
seven/sixteen	11.11	2300	4600	154.00	158.00
1/2	twelve.70	3000	6000	194.00	200.00
five/eight	15.80	4700	9400	303.00	312.00
three/4	19.00	6800	13600	432.00	445.00
7/eight	22.20	9250	18500	586.00	603.00
1	twenty five.40	12150	24300	770.00	792.00

U.K. TYPE Long Link Chain

Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT For each 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/eight	3.twenty	200	four hundred	10.forty	ten.70
five/32	four.00	300	600	16.60	17.50
three/sixteen	4.70	400	800	22.forty	23.30
seven/32	five.fifty	550	1100	32.00	33.00
one/four	6.35	750	1500	forty three.fifty	forty four.80
five/16	7.ninety four	1200	2400	68.00	70.00
3/eight	nine.fifty	1700	3400	ninety six.00	99.00
seven/16	eleven.11	2300	4600	126.00	129.00
1/two	twelve.70	3000	6000	167.00	172.00
five/8	15.80	4700	9400	256.00	264.00
3/4	19.00	6800	13600	381.00	392.00
7/8	22.20	9250	18500	527.00	543.00
1	twenty five.40	12150	24300	696.00	716.00

Proof Coil Chain U.S. Sort NACM2571 (G30)

Nominal Size		Working Load Restrict		Proof Check (Min)		Breaking Pressure (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
one/8	3.20	400	a hundred and eighty	800	3.six	1600	7.2
three/sixteen	four.70	800	365	1600	seven.two	3200	14.four
one/four	6.35	1300	580	2600	eleven.6	5200	23.2
five/sixteen	seven.ninety four	1900	860	3800	sixteen.nine	7600	33.eight
three/eight	9.fifty	2650	1200	5300	23.5	10600	forty seven.two
7/16	11.11	3700	1680	7400	32.nine	14800	65.eight
1/2	twelve.70	4500	2030	9000	forty.	168000	80.
5/eight	fifteen.80	6900	3130	13800	61.three	27600	122.6
three/4	19.00	10600	4800	21200	ninety four.three	42400	188.six
7/8	22.twenty	12800	5810	25600	114.one	51200	228.2
one	twenty five.40	17900	8140	35800	159.one	71600	318.two

Higher Test Chain U.S. Kind NACM2571 (G43)

Nominal Dimensions		Working Load Restrict		Proof Take a look at (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
one/four	6.35	2600	1180	3900	seventeen.3	7800	34.6
5/16	seven.94	3900	1770	5850	26.	11700	52.
three/eight	9.50	5400	2450	8100	36.	16200	seventy two.
7/sixteen	eleven.11	7200	3270	10800	48.	21600	ninety six.
1/2	twelve.70	9200	4170	13800	sixty one.three	27600	122.six
5/8	fifteen.eighty	13000	5910	19500	86.5	39000	173.
three/four	19.00	25710	9180	30300	134.seven	60600	269.four
seven/8	22.20	24500	11140	36750	163.3	73500	228.two

Transport Chain U.S. Variety NACM2571 (G70)

Nominal Measurement		Working Load Restrict		Proof Examination (Min)		Breaking Power (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
one/4	six.35	3150	1430	6300	28.	12600	fifty six.
five/16	seven.94	4700	2130	9400	forty one.eight	18800	eighty three.6
three/eight	nine.50	6600	2990	13200	fifty eight.7	26400	117.4
seven/sixteen	eleven.eleven	8750	3970	17500	77.eight	35000	one hundred fifty five.four
one/two	twelve.70	11300	5130	22600	one hundred.4	45200	two hundred.8
five/8	15.80	15800	7170	31600	140.4	63200	280.8
three/4	19.00	24700	11200	49400	219.6	98800	439.2

Lifting Chain U.S. Type NACM2571 (G80)

Nominal Size		Working Load Limit		Proof Examination (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
one/4	six.35	3150	1430	6300	28.	12600	fifty six.
5/sixteen	seven.94	4700	2130	9400	forty one.eight	18800	eighty three.six
3/8	9.50	6600	2990	13200	fifty eight.seven	26400	117.four
seven/16	eleven.eleven	8750	3970	17500	77.eight	35000	one hundred fifty five.four
one/2	twelve.70	11300	5130	22600	100.four	45200	two hundred.8
five/eight	15.80	15800	7170	31600	140.4	63200	280.8
3/4	19.00	24700	11200	49400	219.6	98800	439.two

DIN 763 Url Chain 

Size	Doing work Load	Take a look at Load	Breaking Load	Fat For every M
MM	KG	N	N	KG
three	55	1050	3200	.fifteen
four	one hundred	2000	6000	.27
5	160	3150	ten thousand	.forty three
six	224	4500	14000	.sixty three
seven	300	6000	18000	.86
8	four hundred	8000	25000	one.1
nine	530	10500	32000	one.41
ten	630	12500	40000	one.seventy five
eleven	790	15800	47500	two.eleven
twelve	940	18800	56500	2.55
13	a thousand	21200	63000	2.ninety five
16	1600	33000	one hundred thousand	4.forty five
eighteen	2120	42300	127000	five.sixty five
19	2370	47300	142000	six.25
twenty	2500	50000	160000	7.
22	3170	63300	190000	eight.55
25	4090	81700	245000	10.90
28	6000	120000	300000	13.nine
32	8000	160000	400000	eighteen.two

DIN 764 Url Chain 

Size	Weight For each 100M	Test Load	Breaking Load	Length For each 11 Backlinks
MM	KG	KG	KN	KG
four	31.5	400	7	.15
five	fifty one.four	680	eleven.8	.27
six	74.	850	sixteen.5	.43
eight	131.five	1680	32	.63
10	200	2630	fifty	.86
thirteen	350	4200	80	1.one
16	520	6700	one hundred twenty five	1.forty one
eighteen	650	8400	one hundred sixty	1.75
20	820	ten thousand	two hundred	two.eleven
23	1100	13000	250	2.55
26	1400	16000	320	two.ninety five

Australian Brief Url Chain 

Size	W.L.L.	Length Per 100KG
MM	MT	B.F. (M)	H.D.G. (M)
6	.32	114	108
8	.fifty three	70.5	sixty seven.
ten	.eighty three	45.2	42.nine
twelve	one.fifty	29.5	28.
sixteen	2.31	17.six	16.seven

Australian Medium Link Chain 

Size	W.L.L.	Length Per 100KG
MM	MT	B.F. (M)	H.D.G. (M)
3	.06	511	498
four	.eleven	320	305
five	.19	203	193
six	.32	129	120
8	.53	77.eight	seventy four.1
ten	.83	forty eight.5	forty seven.1
twelve	one.35	34	33.3
thirteen	one.50	29.7	27.seven
16	two.31	20.2	eighteen.two
twenty	3.67	12.three	eleven.six
24	five.31	eight.5	eight.04

Australian G70 Chain 

Size	Weight For each M	Size Per 500KG	Breaking Toughness
MM	KG	M	KN
6	.88	568	forty four.one
seven	one.twelve	446	fifty five.9
seven.three	one.sixteen	430	58.nine
eight	one.forty three	350	seventy three.6
ten	two.23	224	118.
thirteen	three.seventy five	133	176.

Korean Common Url Chain 

Nominal Size	Size Per PC	Weight For every Pc
Short Link
MM	M	KG
three	30	four.5
4	thirty	nine.00
five	thirty	12.seventy four
6	thirty	thirteen.86
7	fifteen	fourteen.14
eight	15	seventeen.23
9	fifteen	22.13
twelve	fifteen	forty five.00
15	15	seventy five.45
sixteen	15	76.41
19	10	78.28
Long Url
4	thirty	seven.26
four.five	thirty	nine.46
5	30	11.31
6	30	18.00
seven	15	21.19
12	15	forty two.00
15	15	61.forty four
19	ten	seventy one.00

Factory/Pakage/Products photo

HangZhou CZPT Imp.&Exp. Co., Ltd —Chinese Producer, Provider, Manufacturing facility.
An ISO 9001 qualified organization, Lloyd’s sign up, specializes in the subject of lifting and hoisting tools, webbing and spherical sling, ratchet tie down, lashing gear and cargo control collection, chain and chain sling, wire rope and wire rope sling, material managing, rigging components,and so on.

Certifications

Client praise and trade documents

FAQ:
one.Can I be your agent?
Sure, welcome to deep cooperation. We have big promotion of WELLDONE brand in the market now. For the details please contact with our overseas manager. 

 2.Is OEM available?
Of course, OEM is available. We have professional designer to help your brand promotion. 

3.Is the sample available?
Yes, samples are available for you to test the quality.

four.Are the products tested before shipping?
Of course, all of our products was qualified before shipping. 

five.What’s your quality guarantee?
We have different kinds of products which can meet different quality standard.
WELLDONE QC department will test products before shipping. We have 100% quality guarantee to customers. 
We will be responsible for any quality problem. 

six.What’s benefit will you bring?
Your client satisfied on the quality.
Your client continued orders.
You can get good reputation from your market and obtain more orders.

 

US $0.5-10 / Meter |

50 Meters (Min. Order)

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Usage:	Lifting & Lashing Chain
Material:	Alloy
Surface Treatment:	Black Painted, Hot DIP Galvanized
Feature:	Heat Resistant
Chain Size:	6-42mm
Structure:	Welded Chain

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Samples:	US$ 0/Piece 1 Piece(Min.Order) | Request Sample

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Customization:	Available | Customized Request

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Links to Other Chains & Products

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U.K. Type Chain
UK Type Short Link Chain	UK Type Medium Link Chain	UK Type Long Link Chain

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U.S. Standard Chain
US Type G30 Proof Coil Chain	NACM – Straight Link Machine Chain	Single Loop Chain
US Type G43 High Test Chain	NACM – Twist Link Machine Chain	Double Loop Chain
US Type G70 Transport Chain	NACM – Straight Link Coil Chain	Single Jack Chain
US Type G80 Alloy Steel Lifting Chain	NACM – Twist Link Coil Chain	Double Jack Chain
US Type G100 Alloy Steel Lifting Chain	NACM – Passing Link Chain

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DIN Standard Chain
DIN 763 Link Chain	DIN 766 Link Chain	DIN 5686 Double Loop Chain
DIN 764 Link Chain	DIN 5685 Short/Long Link Chain

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Korean Standard Link Chain
Short Link Chain	Long Link Chain

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Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT PER 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.20	200	400	11.40	11.74
5/32	4.00	300	600	18.60	19.00
3/16	4.70	400	800	26.20	27.00
7/32	5.50	550	1100	36.80	38.00
1/4	6.35	750	1500	50.00	51.50
5/16	7.94	1200	2400	80.00	82.40
3/8	9.50	1700	3400	122.00	125.70
7/16	11.11	2300	4600	164.00	169.00
1/2	12.70	3000	6000	210.00	216.00
5/8	15.80	4700	9400	334.00	344.00
3/4	19.00	6800	13600	485.00	499.00
7/8	22.20	9250	18500	656.00	675.00
1	25.40	12150	24300	870.00	896.00

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Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT PER 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.20	200	400	10.40	11.00
5/32	4.00	300	600	17.40	18.00
3/16	4.70	400	800	24.40	25.00
7/32	5.50	550	1100	34.00	35.00
1/4	6.35	750	1500	48.80	50.00
5/16	7.94	1200	2400	76.00	78.00
3/8	9.50	1700	3400	111.00	114.00
7/16	11.11	2300	4600	154.00	158.00
1/2	12.70	3000	6000	194.00	200.00
5/8	15.80	4700	9400	303.00	312.00
3/4	19.00	6800	13600	432.00	445.00
7/8	22.20	9250	18500	586.00	603.00
1	25.40	12150	24300	770.00	792.00

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Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT PER 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.20	200	400	10.40	10.70
5/32	4.00	300	600	16.60	17.50
3/16	4.70	400	800	22.40	23.30
7/32	5.50	550	1100	32.00	33.00
1/4	6.35	750	1500	43.50	44.80
5/16	7.94	1200	2400	68.00	70.00
3/8	9.50	1700	3400	96.00	99.00
7/16	11.11	2300	4600	126.00	129.00
1/2	12.70	3000	6000	167.00	172.00
5/8	15.80	4700	9400	256.00	264.00
3/4	19.00	6800	13600	381.00	392.00
7/8	22.20	9250	18500	527.00	543.00
1	25.40	12150	24300	696.00	716.00

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/8	3.20	400	180	800	3.6	1600	7.2
3/16	4.70	800	365	1600	7.2	3200	14.4
1/4	6.35	1300	580	2600	11.6	5200	23.2
5/16	7.94	1900	860	3800	16.9	7600	33.8
3/8	9.50	2650	1200	5300	23.5	10600	47.2
7/16	11.11	3700	1680	7400	32.9	14800	65.8
1/2	12.70	4500	2030	9000	40.0	168000	80.0
5/8	15.80	6900	3130	13800	61.3	27600	122.6
3/4	19.00	10600	4800	21200	94.3	42400	188.6
7/8	22.20	12800	5810	25600	114.1	51200	228.2
1	25.40	17900	8140	35800	159.1	71600	318.2

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/4	6.35	2600	1180	3900	17.3	7800	34.6
5/16	7.94	3900	1770	5850	26.0	11700	52.0
3/8	9.50	5400	2450	8100	36.0	16200	72.0
7/16	11.11	7200	3270	10800	48.0	21600	96.0
1/2	12.70	9200	4170	13800	61.3	27600	122.6
5/8	15.80	13000	5910	19500	86.5	39000	173.0
3/4	19.00	20200	9180	30300	134.7	60600	269.4
7/8	22.20	24500	11140	36750	163.3	73500	228.2

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/4	6.35	3150	1430	6300	28.0	12600	56.0
5/16	7.94	4700	2130	9400	41.8	18800	83.6
3/8	9.50	6600	2990	13200	58.7	26400	117.4
7/16	11.11	8750	3970	17500	77.8	35000	155.4
1/2	12.70	11300	5130	22600	100.4	45200	200.8
5/8	15.80	15800	7170	31600	140.4	63200	280.8
3/4	19.00	24700	11200	49400	219.6	98800	439.2

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/4	6.35	3150	1430	6300	28.0	12600	56.0
5/16	7.94	4700	2130	9400	41.8	18800	83.6
3/8	9.50	6600	2990	13200	58.7	26400	117.4
7/16	11.11	8750	3970	17500	77.8	35000	155.4
1/2	12.70	11300	5130	22600	100.4	45200	200.8
5/8	15.80	15800	7170	31600	140.4	63200	280.8
3/4	19.00	24700	11200	49400	219.6	98800	439.2

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Size	Working Load	Test Load	Breaking Load	Weight Per M
MM	KG	N	N	KG
3	55	1050	3200	0.15
4	100	2000	6000	0.27
5	160	3150	10000	0.43
6	224	4500	14000	0.63
7	300	6000	18000	0.86
8	400	8000	25000	1.1
9	530	10500	32000	1.41
10	630	12500	40000	1.75
11	790	15800	47500	2.11
12	940	18800	56500	2.55
13	1000	21200	63000	2.95
16	1600	33000	100000	4.45
18	2120	42300	127000	5.65
19	2370	47300	142000	6.25
20	2500	50000	160000	7.0
22	3170	63300	190000	8.55
25	4090	81700	245000	10.90
28	6000	120000	300000	13.9
32	8000	160000	400000	18.2

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Size	Weight Per 100M	Test Load	Breaking Load	Length Per 11 Links
MM	KG	KG	KN	KG
4	31.5	400	7	0.15
5	51.4	680	11.8	0.27
6	74.0	850	16.5	0.43
8	131.5	1680	32	0.63
10	200	2630	50	0.86
13	350	4200	80	1.1
16	520	6700	125	1.41
18	650	8400	160	1.75
20	820	10000	200	2.11
23	1100	13000	250	2.55
26	1400	16000	320	2.95

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Size	W.L.L.	Length Per 100KG
MM	MT	B.F. (M)	H.D.G. (M)
6	0.32	114	108
8	0.53	70.5	67.0
10	0.83	45.2	42.9
12	1.50	29.5	28.0
16	2.31	17.6	16.7

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Size	W.L.L.	Length Per 100KG
MM	MT	B.F. (M)	H.D.G. (M)
3	0.06	511	498
4	0.11	320	305
5	0.19	203	193
6	0.32	129	120
8	0.53	77.8	74.1
10	0.83	48.5	47.1
12	1.35	34	33.3
13	1.50	29.7	27.7
16	2.31	20.2	18.2
20	3.67	12.3	11.6
24	5.31	8.5	8.04

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Size	Weight Per M	Length Per 500KG	Breaking Strength
MM	KG	M	KN
6	0.88	568	44.1
7	1.12	446	55.9
7.3	1.16	430	58.9
8	1.43	350	73.6
10	2.23	224	118.0
13	3.75	133	176.0

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Nominal Size	Length Per PC	Weight Per PC
Short Link
MM	M	KG
3	30	4.5
4	30	9.00
5	30	12.74
6	30	13.86
7	15	14.14
8	15	17.23
9	15	22.13
12	15	45.00
15	15	75.45
16	15	76.41
19	10	78.28
Long Link
4	30	7.26
4.5	30	9.46
5	30	11.31
6	30	18.00
7	15	21.19
12	15	42.00
15	15	61.44
19	10	71.00

US $0.5-10 / Meter |

50 Meters (Min. Order)

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Usage:	Lifting & Lashing Chain
Material:	Alloy
Surface Treatment:	Black Painted, Hot DIP Galvanized
Feature:	Heat Resistant
Chain Size:	6-42mm
Structure:	Welded Chain

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Samples:	US$ 0/Piece 1 Piece(Min.Order) | Request Sample

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Customization:	Available | Customized Request

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Links to Other Chains & Products

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U.K. Type Chain
UK Type Short Link Chain	UK Type Medium Link Chain	UK Type Long Link Chain

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U.S. Standard Chain
US Type G30 Proof Coil Chain	NACM – Straight Link Machine Chain	Single Loop Chain
US Type G43 High Test Chain	NACM – Twist Link Machine Chain	Double Loop Chain
US Type G70 Transport Chain	NACM – Straight Link Coil Chain	Single Jack Chain
US Type G80 Alloy Steel Lifting Chain	NACM – Twist Link Coil Chain	Double Jack Chain
US Type G100 Alloy Steel Lifting Chain	NACM – Passing Link Chain

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DIN Standard Chain
DIN 763 Link Chain	DIN 766 Link Chain	DIN 5686 Double Loop Chain
DIN 764 Link Chain	DIN 5685 Short/Long Link Chain

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Korean Standard Link Chain
Short Link Chain	Long Link Chain

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Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT PER 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.20	200	400	11.40	11.74
5/32	4.00	300	600	18.60	19.00
3/16	4.70	400	800	26.20	27.00
7/32	5.50	550	1100	36.80	38.00
1/4	6.35	750	1500	50.00	51.50
5/16	7.94	1200	2400	80.00	82.40
3/8	9.50	1700	3400	122.00	125.70
7/16	11.11	2300	4600	164.00	169.00
1/2	12.70	3000	6000	210.00	216.00
5/8	15.80	4700	9400	334.00	344.00
3/4	19.00	6800	13600	485.00	499.00
7/8	22.20	9250	18500	656.00	675.00
1	25.40	12150	24300	870.00	896.00

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Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT PER 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.20	200	400	10.40	11.00
5/32	4.00	300	600	17.40	18.00
3/16	4.70	400	800	24.40	25.00
7/32	5.50	550	1100	34.00	35.00
1/4	6.35	750	1500	48.80	50.00
5/16	7.94	1200	2400	76.00	78.00
3/8	9.50	1700	3400	111.00	114.00
7/16	11.11	2300	4600	154.00	158.00
1/2	12.70	3000	6000	194.00	200.00
5/8	15.80	4700	9400	303.00	312.00
3/4	19.00	6800	13600	432.00	445.00
7/8	22.20	9250	18500	586.00	603.00
1	25.40	12150	24300	770.00	792.00

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Short Link Specification		Test Load (KG)	Breaking Load (KG)	NETWT PER 200 FT
D (IN)	D (MM)			B.F.	H.D.G.
1/8	3.20	200	400	10.40	10.70
5/32	4.00	300	600	16.60	17.50
3/16	4.70	400	800	22.40	23.30
7/32	5.50	550	1100	32.00	33.00
1/4	6.35	750	1500	43.50	44.80
5/16	7.94	1200	2400	68.00	70.00
3/8	9.50	1700	3400	96.00	99.00
7/16	11.11	2300	4600	126.00	129.00
1/2	12.70	3000	6000	167.00	172.00
5/8	15.80	4700	9400	256.00	264.00
3/4	19.00	6800	13600	381.00	392.00
7/8	22.20	9250	18500	527.00	543.00
1	25.40	12150	24300	696.00	716.00

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/8	3.20	400	180	800	3.6	1600	7.2
3/16	4.70	800	365	1600	7.2	3200	14.4
1/4	6.35	1300	580	2600	11.6	5200	23.2
5/16	7.94	1900	860	3800	16.9	7600	33.8
3/8	9.50	2650	1200	5300	23.5	10600	47.2
7/16	11.11	3700	1680	7400	32.9	14800	65.8
1/2	12.70	4500	2030	9000	40.0	168000	80.0
5/8	15.80	6900	3130	13800	61.3	27600	122.6
3/4	19.00	10600	4800	21200	94.3	42400	188.6
7/8	22.20	12800	5810	25600	114.1	51200	228.2
1	25.40	17900	8140	35800	159.1	71600	318.2

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/4	6.35	2600	1180	3900	17.3	7800	34.6
5/16	7.94	3900	1770	5850	26.0	11700	52.0
3/8	9.50	5400	2450	8100	36.0	16200	72.0
7/16	11.11	7200	3270	10800	48.0	21600	96.0
1/2	12.70	9200	4170	13800	61.3	27600	122.6
5/8	15.80	13000	5910	19500	86.5	39000	173.0
3/4	19.00	20200	9180	30300	134.7	60600	269.4
7/8	22.20	24500	11140	36750	163.3	73500	228.2

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/4	6.35	3150	1430	6300	28.0	12600	56.0
5/16	7.94	4700	2130	9400	41.8	18800	83.6
3/8	9.50	6600	2990	13200	58.7	26400	117.4
7/16	11.11	8750	3970	17500	77.8	35000	155.4
1/2	12.70	11300	5130	22600	100.4	45200	200.8
5/8	15.80	15800	7170	31600	140.4	63200	280.8
3/4	19.00	24700	11200	49400	219.6	98800	439.2

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Nominal Size		Working Load Limit		Proof Test (Min)		Breaking Force (Min)
D (IN)	D (MM)	LBS	KG	LBS	KN	LBS	KN
1/4	6.35	3150	1430	6300	28.0	12600	56.0
5/16	7.94	4700	2130	9400	41.8	18800	83.6
3/8	9.50	6600	2990	13200	58.7	26400	117.4
7/16	11.11	8750	3970	17500	77.8	35000	155.4
1/2	12.70	11300	5130	22600	100.4	45200	200.8
5/8	15.80	15800	7170	31600	140.4	63200	280.8
3/4	19.00	24700	11200	49400	219.6	98800	439.2

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Size	Working Load	Test Load	Breaking Load	Weight Per M
MM	KG	N	N	KG
3	55	1050	3200	0.15
4	100	2000	6000	0.27
5	160	3150	10000	0.43
6	224	4500	14000	0.63
7	300	6000	18000	0.86
8	400	8000	25000	1.1
9	530	10500	32000	1.41
10	630	12500	40000	1.75
11	790	15800	47500	2.11
12	940	18800	56500	2.55
13	1000	21200	63000	2.95
16	1600	33000	100000	4.45
18	2120	42300	127000	5.65
19	2370	47300	142000	6.25
20	2500	50000	160000	7.0
22	3170	63300	190000	8.55
25	4090	81700	245000	10.90
28	6000	120000	300000	13.9
32	8000	160000	400000	18.2

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Size	Weight Per 100M	Test Load	Breaking Load	Length Per 11 Links
MM	KG	KG	KN	KG
4	31.5	400	7	0.15
5	51.4	680	11.8	0.27
6	74.0	850	16.5	0.43
8	131.5	1680	32	0.63
10	200	2630	50	0.86
13	350	4200	80	1.1
16	520	6700	125	1.41
18	650	8400	160	1.75
20	820	10000	200	2.11
23	1100	13000	250	2.55
26	1400	16000	320	2.95

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Size	W.L.L.	Length Per 100KG
MM	MT	B.F. (M)	H.D.G. (M)
6	0.32	114	108
8	0.53	70.5	67.0
10	0.83	45.2	42.9
12	1.50	29.5	28.0
16	2.31	17.6	16.7

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Size	W.L.L.	Length Per 100KG
MM	MT	B.F. (M)	H.D.G. (M)
3	0.06	511	498
4	0.11	320	305
5	0.19	203	193
6	0.32	129	120
8	0.53	77.8	74.1
10	0.83	48.5	47.1
12	1.35	34	33.3
13	1.50	29.7	27.7
16	2.31	20.2	18.2
20	3.67	12.3	11.6
24	5.31	8.5	8.04

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Size	Weight Per M	Length Per 500KG	Breaking Strength
MM	KG	M	KN
6	0.88	568	44.1
7	1.12	446	55.9
7.3	1.16	430	58.9
8	1.43	350	73.6
10	2.23	224	118.0
13	3.75	133	176.0

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Nominal Size	Length Per PC	Weight Per PC
Short Link
MM	M	KG
3	30	4.5
4	30	9.00
5	30	12.74
6	30	13.86
7	15	14.14
8	15	17.23
9	15	22.13
12	15	45.00
15	15	75.45
16	15	76.41
19	10	78.28
Long Link
4	30	7.26
4.5	30	9.46
5	30	11.31
6	30	18.00
7	15	21.19
12	15	42.00
15	15	61.44
19	10	71.00

drive chain type

Drive chains are used in a variety of industrial applications. Unlike roller chains, which are more efficient in terms of weight and size, drive chains slide on steel guides. Drive chains are often used for dirty work. Here’s what you need to know about the various types of drive chains. In this article, we’ll look at pin chains, engineered steel chains, bushing roller chains, and timing chains. These types are the most common and the most commonly used.

time chain

There are several factors to consider when deciding which drive chain to buy. What matters is how long the chain will last, as the timing chain will stretch over time. However, they are pre-stretched during manufacture to reduce the risk of stretching. Timing chains can also be noisy compared to toothed belt drives, but rails and chain tensioners can alleviate this problem. Timing chains also wear slower than belts, reducing repair costs.
Timing chains require little maintenance compared to belt drives. When well lubricated, timing chains require little maintenance. The only maintenance really required is checking the engine oil level and following the manufacturer’s recommended service intervals. Timing chains of drive chains are also safer than belt drives and can be dangerous if the toothed belt tears. Also, the timing chain only needs minor repairs and replacements. Garages can purchase complete timing chain kits that contain all the parts needed for repairs.
Drive chains can be equipped with roller chains or timing chains, depending on the load on the engine. The style of the timing chain depends on the type of motor used. However, the roller chain is the most common choice due to its high strength and NVH properties. The roller chain has two tabs pressed into the eyes, and two rollers above them. These components work together to improve engine performance.
Many modern vehicles use timing chains. Timing gears synchronize the camshaft and crankshaft so that the valves open and close at the appropriate times. This is critical to the running quality, power output, and fuel consumption of the engine. The timing chain also reduces the amount of pollution emitted by the vehicle. Over the past two decades, many OEMs have turned to time chains for OHC/DOHC engines.

pin chain

Steel pivot chains feature open barrels to reduce blocking and material buildup. These chains are designed for power transmission and transportation applications, often used in agricultural applications. They can be custom welded using specialized accessories. These chains can be used in agricultural, industrial and municipal applications. Here’s a closer look at each. Read on to learn about the benefits of steel pivot chains.
The Long Pitch Class 700 Pivot Chain is a versatile chain for conveying and lifting products. Its T-head pins fit snugly so dust doesn’t get into the pin holes. It is also constructed with a closed bearing structure to prevent elongation due to wear. Steel pivot chains are designed for high fatigue applications and are versatile.

Engineering Steel Chain

Engineered steel drive chain provides maximum power transfer while minimizing weight. Engineering chains are often used for tough oil drilling operations. Designed for durability and tight tolerances, these chains can be used in a variety of industrial equipment. Whether you need to lift heavy objects or store a lot of items, engineered steel chains will do the job. Read on to learn more about the benefits of engineering chains.
Engineered steel chains consist of links or pin joints with large gaps between the components. The material of these chains is designed to handle abrasives. While many of these chains are used as conveyors, some are designed for drives. You can find these chains on conveyors, forklifts, bucket elevators, oil rigs and more. To get the most out of them, they should be able to withstand the power produced by the prime mover.
The chain can withstand high tensile stresses and is ductile enough to withstand fatigue. The center-to-center distance between the chain and sprockets is between 30% and 50% of the pitch. On smaller sprockets, the arc of contact between the teeth and chain must be at least 120 degrees. The resistance of the chain drive depends on the use environment, including vibration, noise, fatigue strength and other factors.
There are many types of engineering steel drive chains, each with a different function. The most commonly used type is the elevator. Its lift mechanism raises and lowers the carriage. Most cranes are attached to the load with hooks. Another type of chain is the oval link. Its links are welded and the sprocket has receivers for each link. It is used in low speed applications for elevators, chain hoists and anchors in offshore operations.

Bushing Roller Chain

Typically, a bushing roller chain as a drive chain consists of two link assemblies. The inner link consists of two plates held together by two sleeves, while the outer link consists of two plates connected by pins that pass through the inner link. However, there are some differences between bushing roller chains. The main difference is the type of link and the amount of lubrication required. If you want to learn more about bushing roller chains, keep reading.
While roller chains are generally stronger and more durable than bushing chains, they are not immune to wear. During the driving cycle, they lengthen and undergo a process called articulation. The rate at which they elongate depends on the lubrication and load applied to them. The frequency of pin and bushing articulation is also critical. Like other wear parts, the manufacture of critical wear parts requires close attention to detail to ensure optimum performance. Correct raw material selection, part fabrication, and assembly are key factors in achieving optimum performance. Improperly prepared parts can affect wear life and performance.
Consider your application and load distribution when selecting a bushing roller chain as your drive chain. The length of the chain must be between 30 and 50 times its pitch. The arc of contact between the small sprocket teeth must be at least 120 degrees. The resistance of the drive chain depends on the usage environment, which will determine its fatigue strength and vibration level. It’s a good idea to check the chain length before deciding to replace it.

flat top chain

The TSplus flat top drive chain is the most flexible conveying medium on the market today. They can be connected end-to-end to create extended conveyor lines. The side bend design allows it to be used with a variety of conveyor types including inline, snake, and carousel conveyors. These chains are available in a variety of sizes, ranging in width from 3 feet to 20 feet.
A variety of materials are available for flat-top chains, including steel and plastic. Steel chains are ideal for applications requiring wear resistance. They are sturdy and well made. Plastic chains are particularly durable, but not suitable for harsh environments. Stainless steel flat top chains are suitable for a variety of applications, and some manufacturers make them from stainless steel or even aluminum. If your application requires a durable flat top chain, choose a chain made from iwis hardened stainless steel.
Another type of flat-top drive chain is the side bend chain. Suitable for flexible machinery requiring efficient conveying. It is equipped with a single hinge pin or double hinge pin. Either option will do, but each hinge pin has its advantages. Single hinge pin chains are suitable for smaller light-duty conveyors, while double hinge pins are more suitable for medium and heavy-duty applications.
CZPT is a modular flat top chain conveyor system. Its standardized components and modules can be easily integrated into any production process. And because it’s a single track, you can lengthen or shorten it as needed. Its versatile design makes it compatible with other conveyor systems such as belts and sprockets. This monorail modular design allows system lengths up to 40 meters and is compatible with other conveyor systems.

editor by czh 2022-12-02