High Flame-Retardant Heat Shrinkable Wire Identification Sleeves CYG-MT (HX)
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Material: Radiation Cross-linked Polyolefin
Shrink Rate: 2:1 3:1
Features and Benefits:
CYG-MT (HX) marker sleeves are designed to meet the wire and cable marking needs of manufactures with high performance requirements. Made from durable, flame retardant, radiation cross linked heat shrinkable polyolefin, CYG-MT (HX) maker sleeves can be used in a wide variety of applications. All CYG-MT (HX) meet the performance requirements of SAE-AMS-DTL-23053/5 class I. The marks are permanent immediately after printing and remain legible even when exposed to abrasion, aggressive clearing solvents, and military fuels and oils. The sleeves meet the mark performance requirements of SAE AS81531 4.6.2 and MIL-STD-202 both before and after shrinking.
Introduction
| Item | Test method | Indicator |
| Tensile strength | SAE-AMS-DTL-23053 | ≥10.3MPa |
| Elongation at break | SAE-AMS-DTL-23053 | ≥200% |
| Low temperature flexibility | SAE-AMS-DTL-23053.4.6.7 | -55℃±1℃，4h,No cracks |
| Hot Shock | SAE-AMS-DTL-23053.4.6.8 | 250℃±3℃，4h,No cracks, No dripping, No flow |
| Aging properties | SAE-AMS-DTL-23053.4.6.9 | 175℃±2℃，168h No damage (visually intuitive damage) |
| Tensile strength after aging | SAE-AMS-DTL-23053.4.6.13And ASTM D638 | ≥6.9MPa，23℃±2℃ |
| Elongation at break after aging | SAE-AMS-DTL-23053.4.6.13 ASTM D638 | ≥100%，23℃±2℃ |
| Color stability | SAE-AMS-DTL-23053.4.6.15 | 175℃±2℃,24h,by |
| Dielectric strength | SAE-AMS-DTL-23053.4.6.13And ASTM D2671 | ≥19.7kV/mm,23℃±2℃ |
| Volume resistivity | SAE-AMS-DTL-23053.4.6.13And ASTM D876 | ≥1.0×1014Ω· cm,500V（DC）,60s |
| Flame retardant | SAE-AMS-DTL-23053.4.6.14 ASTM D2671 UL224 | Self-extinguishing within 60s, more than 25% of the iconic flag is damaged or burned, no dripping and a large area falling |
| Antibody solution performance | AE-AMS-DTL-23053.4.6.11 | No damage (visually intuitive damage) |
| Printing durability | SAE-AS-81531.4.6.2 | Eraser 50 times, the writing is clearly visible |
| Printing solvent resistance | MIL-STD-202G Method 215K | Eraser 10 times, the writing is clearly visible |
Specification
CYG-MT(2:1)
| Specification | Dimension before shrinkage（mm） | Dimension before shrinkage（mm） | Continuous packing (m/plate) | Quantity per reel cassette packaging | ||
|---|---|---|---|---|---|---|
| Diameter（D） | Thickness（T） | Diameter（d） | Thickness（t） | |||
| Ф2.4 |
≥2.4
|
0.27±0.05
|
≤1.2
|
0.51±0.08
|
30
|
2000
|
| Ф3.2 |
≥3.2
|
0.27±0.05
|
≤1.6
|
0.51±0.08
|
30
|
2000
|
| Ф4.8 |
≥4.8
|
0.27±0.05
|
≤2.4
|
0.51±0.08
|
30
|
2000
|
| Ф6.4 |
≥6.4
|
0.32±0.06
|
≤3.2
|
0.64±0.08
|
30
|
1500
|
| Ф9.5 |
≥9.5
|
0.32±0.06
|
≤4.8
|
0.64±0.08
|
30
|
1500
|
| Ф12.7 |
≥12.7
|
0.32±0.06
|
≤6.4
|
0.64±0.08
|
30
|
500
|
| Ф19.1 |
≥19.1
|
0.36±0.06
|
≤9.5
|
0.76±0.08
|
30
|
500
|
| Ф25.4 |
≥25.4
|
0.45±0.08
|
≤12.7
|
0.89±0.08
|
30
|
250
|
| Ф38.1 |
≥38.1
|
0.50±0.08
|
≤19.1
|
1.02±0.15
|
30
|
250
|
| Ф50.8 |
≥50.8
|
0.58±0.08
|
≤25.4
|
1.14±0.18
|
30
|
250
|
| Contraction ratio | Dimension before shrinkage（mm） | Dimension after full contraction（mm） | Continuous packing (m/plate) | Quantity per reel cassette packaging | ||
|---|---|---|---|---|---|---|
| Diameter（D） | Thickness（T） | Diameter（d） | Thickness（t） | |||
| Ф2.4 |
≥2.4
|
0.22±0.05
|
≤0.8
|
0.53±0.08
|
30
|
2000
|
| Ф3.2 |
≥3.2
|
0.22±0.05
|
≤1.1
|
0.58±0.08
|
30
|
2000
|
| Ф4.8 |
≥4.8
|
0.22±0.05
|
≤1.6
|
0.58±0.08
|
30
|
2000
|
| Ф6.4 |
≥6.4
|
0.22±0.05
|
≤2.1
|
0.58±0.08
|
30
|
1500
|
| Ф9.5 |
≥9.5
|
0.20±0.05
|
≤3.2
|
0.61±0.08
|
30
|
1500
|
| Ф12.7 |
≥12.7
|
0.20±0.05
|
≤4.2
|
0.61±0.08
|
30
|
500
|
| Ф19.1 |
≥19.1
|
0.20±0.05
|
≤6.4
|
0.61±0.08
|
30
|
500
|
| Ф25.4 |
≥25.4
|
0.20±0.05
|
≤8.5
|
0.64±0.08
|
30
|
250
|
| Ф38.1 |
≥38.1
|
0.30±0.06
|
≤12.7
|
1.00±0.15
|
30
|
250
|
| Ф50.8 |
≥50.8
|
0.30±0.06
|
≤17.0
|
1.00±0.18
|
30
|
250
|
Note: Other sizes and colors can be special order
Cold shrink tubing is a type of tubing that expands when removed from its packaging and contracts to form a tight, secure seal around cables or connectors without the need for heat. It offers a quicker and safer installation process compared to traditional heat shrink tubing, which requires a heat source. Cold shrink tubing is ideal for high-voltage cable applications and is widely used in outdoor environments, such as in power cable terminations and splices, due to its ease of installation and reliable sealing properties.
Heat shrink tubing shrinks when heated, forming a tight, protective layer over wires and components. Non-shrink tubing, such as PVC and PTFE, does not shrink but offers similar protection against mechanical damage and environmental factors. Non-shrink tubing is often used in applications where no shrinkage is required, providing insulation and protection for cables, wires, and components in a variety of industries, including electrical, automotive, and industrial sectors.
Splice protection sleeves are designed to protect cable splices from environmental damage and mechanical stress. These sleeves provide a durable, insulated covering for the cable joint, preventing moisture, dust, and physical wear from affecting the splice. Splice protection is essential in industries like telecommunications, electrical power distribution, and automotive, where reliable cable connections are necessary to maintain system integrity and performance.
In the power cable industry, heat shrink tubing is critical for protecting high-voltage cables and ensuring safe terminations. It provides excellent insulation against electrical faults, moisture, and extreme temperatures. Dual wall and heavy-duty heat shrink tubing are often used to seal power cable joints and terminations, offering both mechanical strength and environmental protection. This ensures the integrity of the power supply system, reducing the risk of downtime and system failure.
Heat shrink tubing in general electronics provides insulation and protection for wires and cables, preventing short circuits, moisture damage, and abrasion. It is commonly used in the assembly of circuit boards, power supplies, and consumer electronics, offering a cost-effective solution for cable management. The tubing's ability to shrink tightly around components ensures a secure fit, providing longevity and reducing the risk of electrical failures due to external environmental factors.
In the automotive industry, heat shrink tubing is primarily used for electrical insulation, protecting wiring and cables from moisture, dirt, and mechanical wear. These tubes are designed to withstand high temperatures and harsh environments, ensuring a secure and long-lasting connection in vehicles. Automotive applications often require heat shrink tubing that offers flame retardancy and resistance to chemicals, making them an essential component for vehicle wiring, battery cables, and connectors.
