These precision conveyor chains are specially designed for metal decorating systems and tin can printing lines. Made of alloy steel, they feature high tensile strength and excellent wear resistance. Stable transmission, reliable operation, suitable for continuous metal packaging decorating production.
This professional conveyor chain is tailor-made for metal decorating systems and tin can printing production lines. As a core transmission part for metal packaging decorating equipment, it is built to adapt to continuous, high-speed production environments in can decorating, metal coating and metal finishing workshops.
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plates dimension h (mm)
T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
16AF90
25.4
15.88
15.75
7.92
10.0
32.7
38.4
43.1
28.3
3.25
70.0
14.5
10.00
55.6/12499
HX16AF42
25.4
15.88
19.00
7.92
10.0
35.6
41.0
43.4
24.3
3.10
70.6
14.5
10.15
54.0/12139
16BF10
25.4
15.88
19.00
8.28
10.0
36.1
41.0
43.1
25.0
3.10
70.5
15.5
10.15
40.0/9090
16BF27
25.4
15.88
19.00
8.28
10.0
36.1
41.0
43.1
25.0
3.10
85.0
17.0
10.15
40.0/9090
16BF57
25.4
15.88
19.00
7.92
10.0
36.5
41.0
43.1
28.3
3.25
70.0
14.5
10.00
54.0/12139
HX16BF2
25.4
15.88
19.00
7.92
10.0
35.6
41.0
47.5
24.3
3.10
70.6
14.5
10.15
54.0/12139
HX16BF8
25.4
15.88
19.00
8.28
10.0
36.1
41.0
43.4
25.0
3.10
70.5
15.5
10.15
54.0/12139
HX16BF27
25.4
15.88
19.00
8.28
10.0
36.1
41.0
43.1
25.0
3.10
70.5
18.5
10.15
56.0/12589
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L1 max (mm)
L2 max (mm)
Plate h (mm)
T (mm)
t (mm)
Assembly dimension H (mm)
F (mm)
Tensile strength Q min (kN / lbf)
16AF86
25.4
15.88
15.75
7.92
10.0
36.5
76.7
24.0
3.25
3.25
70.0
14.6
55.6/12499
16BF12
25.4
15.88
18.00
8.28
10.0
37.4
73.2
21.0
3.10
4.15
85.0
18.5
40.0/8992
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
Plate h (mm)
T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
16AF27
25.4
15.88
15.75
7.92
10.0
32.7
75.2
28.3
3.25
71.0
14.6
13.00
40.0/8992
HX16AF32
25.4
15.88
15.75
7.92
10.0
40.9
81.1
28.3
3.25
69.5
29.7
12.00
55.6/12499
HX16AF4
25.4
15.88
17.00
7.92
10.0
40.9
79.1
27.5
4.00
67.8
17.5
11.00
55.6/12499
HX16AF29
25.4
15.88
15.75
7.92
10.0
32.7
76.7
28.3
3.25
70.6
14.6
10.00
55.6/12499
HX16BF10
25.4
15.88
19.00
8.28
10.0
36.1
79.5
25.0
3.10
70.6
15.5
10.15
40.0/8992
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF10
25.4
15.88
15.75
7.92
10.0
43.4
44.9
43.1
28.3
3.25
70.3
14.6
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF27
25.4
15.88
15.75
7.92
10.0
41.9
41.8
82.1
28.3
3.25
70.6
15.6
10.0
55.6/12499
HX16AF60
25.4
15.88
15.75
7.92
10.0
41.5
40.9
81.1
28.3
3.25/3.00
70.5
15.4
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
16AF7
25.4
15.88
15.75
7.92
7.92
–
36.5
67.9
28.3
3.25
59.1
13.5
13.0
40.0/8992
16AF73
25.4
15.88
15.75
7.92
10.00
32.7
36.5
73.3
28.3
3.25
52.7
16.0
10.0
55.6/12499
HX16AF30
25.4
15.88
25.00
7.92
10.00
45.2
48.4
88.8
28.4
4.00
52.8
16.0
12.0
56.7/12746
HX16AF38
25.4
15.88
15.75
7.92
7.92
32.7
36.5
73.3
28.3
3.25
52.7
16.0
10.0
55.6/12499
HX16AF43
25.4
15.88
19.00
7.92
10.00
39.4
42.5
81.3
25.3
4.00
53.5
16.4
11.5
54.0/12139
HX16AF54
25.4
15.88
15.75
7.92
11.30
–
36.5
79.0
28.3
3.25
62.3
19.0
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF37
25.4
15.88
15.75
7.92
10.0
43.4
44.9
43.1
28.3
3.25/3.00
53.4
16.1
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
16AF10
25.4
15.88
15.75
7.92
10.0
41.5
40.9
80.8
28.3
3.25/3.00
44.3
14.5
10.0
55.6/12499
HX16AF49
25.4
15.88
15.75
7.92
10.0
41.5
40.9
80.8
28.3
3.25/3.00
53.4
16.1
10.0
55.6/12499
HX16AF51
25.4
15.88
15.75
7.92
10.0
41.5
40.9
81.1
28.3
3.25/3.00
44.3
15.2
10.0
55.6/12499
HX16AF61
25.4
15.88
15.75
7.92
10.0
41.5
40.9
81.1
28.3
3.25/3.00
53.7
15.6
10.0
55.6/12499
HX16AF24
25.4
15.88
19.00
7.92
10.0
44.8
44.2
84.4
28.3
3.25/3.00
53.4
16.1
10.0
55.6/12499
HX16AF25
25.4
15.88
19.00
7.92
10.0
44.8
44.2
84.4
28.3
3.25/3.00
53.7
14.8
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF16
25.4
15.88
19.0
7.9
9.5
37.6
43.0
43.4
30.45
4.00
44.8
12.3
11.5
54.0/121448
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L (mm)
L1 (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
16AF18
25.4
15.88
17.00
7.92
10.0
36.2
48.6
28.3
4.00/3.25
92.0
14.7
13.0
40.0/8992
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L (mm)
L1 (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF13
25.4
15.88
25.00
7.92
10.0
47.0
98.0
28.3
3.25
91.8
16.05
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L (mm)
L1 (mm)
L2 (mm)
Plate h (mm)
T (mm)
Assembly dimension H (mm)
F (mm)
Tensile strength Q min (kN / lbf)
HXP31.75
31.75
15.88
17.80
7.92
10.0
36.2
38.4
73.7
26.0
3.25
96.9
14.7
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF56
25.4
15.88
16.00
7.92
10.0
37.7
42.9
86.0
29.3
4.00
89.2
19.1
12.3
68.9/15488
Chain No.
Pitch P (mm)
Roller diameter d1 max (mm)
Width between inner plates b1 min (mm)
Pin diameter d2 max (mm)
d3 max (mm)
Pin length L max (mm)
L1 max (mm)
L2 max (mm)
Plate h (mm)
t/T (mm)
Assembly dimension H (mm)
F (mm)
C (mm)
Tensile strength Q min (kN / lbf)
HX16AF39
25.4
15.88
15.75
7.92
10.0
38.5
38.7
79.0
28.3
3.25
64.8
14.5
10.0
55.6/12499
HX16AF47
25.4
15.88
15.75
7.92
10.0
-
39.5
80.5
28.3
3.25
64.8
14.5
10.0
55.6/12499
Chain No.
Pitch P (mm)
Roller diameter d1 (mm)
Width between inner plates b1 (mm)
Pin diameter d2 (mm)
Pin length L (mm)
L1 (mm)
h2 (mm)
T (mm)
H (mm)
F (mm)
Tensile strength Q min (kN / lbf)
HXP25.4F1
25.4
30.00
19.00
7.92
35.6
38.9
20.5
3.0
60.00
30.55
55.6/12499
2. Premium Raw Material
The chain adopts high-grade alloy steel as raw material. Strict material selection ensures the base material has good toughness and fatigue resistance, laying a solid foundation for long-term stable operation under complex working conditions.
3. Precise Manufacturing Process
Each component is processed by precision machining. Strict production control keeps the fit clearance between chain parts consistent, avoiding jamming and offset during operation, and realizing smooth and accurate conveying.
4. Excellent Wear Resistance
After professional heat treatment and surface strengthening treatment, the chain surface has high hardness. It effectively reduces friction loss during long-time cyclic operation and extends the service life of the whole chain.
5. High Tensile Performance
It features strong tensile strength and good load-bearing capacity. The chain can maintain stable structure under continuous heavy load, not easy to stretch or deform, which greatly reduces the risk of chain breakage in production.
6. Stable & Low-noise Operation
Optimized chain structure design reduces impact and friction during meshing. It runs smoothly with low noise, which is suitable for high-standard production workshops and will not interfere with the normal operation of decorating equipment.
7. Consistent Conveying Accuracy
Stable transmission performance guarantees uniform conveying speed of metal cans. It helps maintain stable positioning during printing and decorating, ensuring consistent decorating quality of each metal can.
8. Lower Maintenance Cost
Reliable structure and wear-resistant performance cut down unexpected breakdowns. It reduces equipment downtime and maintenance frequency, saving labor and spare parts cost for production lines.
9. Wide Application Range
Mainly used for metal decorating systems and tin can printing lines. It also applies to related metal packaging coating, surface finishing and other industrial conveying occasions.
10. Customization Support
We support customized solutions according to customers’ actual production demands. We can adjust the chain structure to match different models of metal decorating machines and production line layouts.
Product Features
High-grade alloy steel material with great toughness and anti-fatigue property
Precision machining and strict tolerance control for smooth running
Professional heat treatment for outstanding wear resistance and long service life
High tensile strength, anti-stretch and anti-deformation under continuous heavy load
Optimized structure for low noise and stable transmission
Stable conveying speed to guarantee uniform printing & decorating quality
Reduce unexpected shutdowns and lower long-term maintenance cost
Suitable for high-speed continuous metal can decorating production lines
Customized structure and technical solutions available
Strict quality inspection before delivery
FAQ
Q1: What machines is this conveyor chain suitable for?
A: It is specially designed for metal decorating systems and tin can printing lines. It also works for metal packaging coating and metal surface finishing conveying equipment.
Q2: Can you make custom chains for our decorating line?
A: Yes. We offer custom service. We can adjust chain structure to fit your machine model and production layout.
Q3: How do you guarantee the chain quality?
A: All raw materials are inspected first. Every chain goes through precision processing, heat treatment and full performance test before shipment.
Q4: What is the advantage compared with ordinary roller chains?
A: It is optimized for can decorating working conditions. It runs more stably at constant speed, has better wear resistance and keeps consistent conveying accuracy for printing.
Q5: What is your delivery time?
A: Standard models are in stock. Customized orders depend on drawings and quantity, we will confirm the lead time for you after communication.
Q6: What packing method do you use?
A: Usually packed in wooden cases or cartons, suitable for sea freight and air freight to avoid damage during transit.
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