
In medical device manufacturing, you utilize Pet Heat Shrink Tubing Medical to bundle, cover, insulate, and protect various components. This specialized tubing is compatible with many medical devices, including catheters, cables, and printed parts.
Pet Heat Shrink Tubing Medical aids in the creation of complex device designs while reducing errors.
Pet Heat Shrink Tubing Medical enhances the longevity of devices and ensures they can withstand cleaning processes.
Pet Heat Shrink Tubing Medical prevents devices from breaking, contributing to patient safety.
Pet Heat Shrink Tubing Medical provides robust insulation for sensitive medical devices.
PET heat shrink tubing helps make medical devices safer and stronger. It gives insulation and keeps them safe from harm.
Picking the right PET tubing means you must measure parts carefully. You also need to check the shrink ratios so it fits well.
Checking devices often after using PET tubing makes sure they follow medical rules. This also helps keep the device working right.
It is important to use safe materials in medical devices. PET heat shrink tubing medical is known for being safe for the body and for resisting chemicals. This tubing follows medical rules like ISO 10993-5 and ISO 10993-10. These rules check if the tubing hurts cells or causes irritation. The MDR 2023 rule says that tubing for intravascular devices must pass tough leachable tests.
Standard | Requirement |
|---|---|
ISO 10993-5 | Cytotoxicity limits (<30% cell viability inhibition) |
ISO 10993-10 | Irritation thresholds |
MDR 2023 | Rigorous leachable testing for intravascular devices |
PET heat shrink tubing does not get damaged by oils or lubricants. It stays strong even with mineral-oil-based hydraulic fluid and aircraft turbine engine lubricating oil. This makes it a good choice for medical equipment and electronic medical devices.
Medical devices need to be strong but not heavy or thick. PET heat shrink tubing has high tensile strength from 500 MPa to 900 MPa. It can last up to 10^7 cycles before breaking. The tubing stays flexible with strain amplitudes between 0.5% and 2.9%.
Mechanical Strength Metric | Measurement/Result |
|---|---|
Tensile Strength | 500 MPa to 900 MPa |
Local Strains | Up to 6% |
Cycles to Failure | Up to 10^7 cycles |
Strain Amplitudes | 0.5% to 2.9% |
Cold Work Percentage | 20–30% |
You can pick PET heat shrink tubing with walls as thin as 0.00025" (0.0064 mm). This helps make medical device parts and tools stiffer without making them bigger. The tubing stops kinks and helps with multi-layered catheter designs.
PET heat shrink tubing fits many devices because it shrinks well. Most sizes shrink about 48% across and about 8% up and down.
Part Number | Nominal Size (mm) | Horizontal Shrinkage Ratio (%) | Vertical Shrinkage Ratio (%) |
|---|---|---|---|
YPET0030 | 3 | 48±4 | 8±3 |
YPET0040 | 4 | 48±4 | 8±3 |
YPET0050 | 5 | 48±4 | 8±3 |
YPET0060 | 6 | 48±4 | 8±3 |
YPET0080 | 8 | 48±4 | 8±3 |
YPET0100 | 10 | 48±4 | 8±3 |
YPET0120 | 12 | 45±4 | 8±3 |
YPET0200 | 20 | 32.9±0.3 | 8±3 |
PET heat shrink tubing is safe for the body and can be sterilized. It can handle autoclaving at 121°C to 135°C and keeps its shape after many sterilizations. PET also does not get damaged by gamma radiation, unlike some other materials. This means your devices stay safe and strong during all sterilization steps in medical device sterilization and surgery. You help keep patients safe and follow the rules with every step you take.

Pet heat shrink tubing is used in many medical devices. It is very helpful for making catheter shafts strong and flexible. The tubing gives support but does not make the device thick or heavy. You can use it to make marker bands stronger. This helps doctors put devices in the right place during surgery. The tubing is strong and bends easily, so it fits around tricky parts. It also holds microfluidic channels and sensors in drug delivery systems. This keeps the parts safe from chemicals and damage. When you pick pet heat shrink tubing medical, you help keep patients safe. You also follow important medical rules.
Some medical devices that use pet heat shrink tubing are:
Catheter shafts for heart procedures
Marker bands for careful placement
Microfluidic channels in drug delivery tools
Cables and wires in electronic medical devices
Pet heat shrink tubing makes devices strong and bendy. It helps you meet rules for safety and cleaning. It also keeps devices small and easy to use.
You need to keep wires and cables neat when making medical devices. Pet heat shrink tubing lets you group these parts together. This makes building devices faster and easier. You can also use the tubing to cover parts during coating. It keeps some areas, like catheters, safe from extra coating. This means you use less material and work more quickly.
Tip: Using pet heat shrink tubing for masking saves time and materials. It also makes sure only the right parts get coated.
Pet heat shrink tubing helps you handle tricky shapes and sizes. The tubing shrinks the same way every time, so machines can use it easily. You can use sleeves that are already cut and colored for machines to pick up. This means less work for people and more good devices made the first time.
You must protect important parts from electricity and damage. Pet heat shrink tubing has high dielectric strength, so it insulates well. You use it to cover needles and wires, especially when electricity is used. This keeps the skin safe and makes devices safer.
Ultra-thin wall pet heat shrink tubing gives strong electrical insulation.
You can use it to cover needles and wires in surgery tools.
The tubing helps protect the skin during electrical treatments.
Pet heat shrink tubing also shields printed parts and sensors from chemicals and water. This keeps devices working during cleaning. The tubing can be cleaned with heat and does not break from gamma radiation. You can clean your devices many times and they stay good. You follow medical rules and keep patients safe.
When you use pet heat shrink tubing, you make your work better. Machines and good materials help you work faster and handle hard designs. You can trust this tubing for safe medical uses and cleaning. Your devices stay strong, safe, and ready for hospitals and surgeries.

You need to pick the right pet heat shrink tubing for your device. First, measure the size of each part you want to cover. Choose tubing that is a little bigger than your part before shrinking. Make sure the tubing will fit tightly after it shrinks. The shrink ratio, like 2:1 or 4:1, tells how much smaller the tubing gets. You should check what temperature makes the tubing shrink. Most pet tubing shrinks between 70°C and 190°C. The best temperature for medical use is 150°C.
Factor | Details |
|---|---|
Shrinking Temperature | 70°C–190°C |
Recommended Temp | 150°C |
Diameter Reduction | Over 50% below 100°C |
Keep your work area clean. Dust, grease, or water can hurt the tubing and make it unsafe for the body. Always check if your tubing can be cleaned with autoclaving, gamma radiation, or hydrogen peroxide plasma. This helps you follow medical rules.
You should follow easy steps when using pet heat shrink tubing. If you have many devices, label each one first. Slide the tubing over the part and make sure it fits well. Use a heat gun set between 150°C and 190°C. Hold the heat gun 4 to 6 inches away and move it around in a circle. This heats the tubing evenly and keeps it strong for surgery tools and electronic medical devices.
Tip: Using the right heat keeps your device safe and strong.
After heating, look to see if the tubing shrank evenly and looks smooth. If you see small problems, heat it again. If you see big damage, change the tubing.
You need to check every device after you use pet heat shrink tubing. Look for a good fit, tight seals, and smooth surfaces. Test if the tubing is strong and can handle heat. Measure the wall thickness and diameter to make sure they are correct.
Quality Control Metrics | Details |
|---|---|
Diameters | 0.006"–0.020" (±0.001") |
Wall Thickness | 0.0001"–0.0005" (±0.0001") |
Temperature Range | -196°C to 135°C (long-term); up to 200°C |
Electrical Properties | Dielectric strength: >4,000 V/mil |
Sterilization Methods | Ethylene oxide, Gamma radiation, Autoclaving |
Biocompatibility | ISO 10993 standards |
You must make sure your tubing is safe for the body and can be cleaned for medical use. This keeps your devices safe for hospitals and surgery. You help keep the tubing safe and strong at every step.
You make medical devices safer and last longer with pet heat shrink tubing. This tubing keeps parts safe, helps with cleaning, and follows tough rules.
Benefit | Description |
|---|---|
Electrical Insulation | Keeps devices safe |
Mechanical Protection | Stops parts from breaking |
Biocompatibility | Follows medical rules |
You help factories work faster and make sure medical tools are ready for cleaning and use in hospitals.
You pick pet heat shrink tubing because it is safe for medical use. It does not get damaged by chemicals. It also follows important rules for cleaning medical devices.
You check pet heat shrink tubing to see if it meets medical rules. You test if it is safe for the body and if it gets approved. You look at each device to make sure it is good and follow the right steps.
You can use pet heat shrink tubing in many medical tools. It works for things like catheters, cables, and sensors. You can trust it for medical use and for cleaning devices.
Note: Good pet tubing keeps devices safe and helps make medical tools in factories.
Applications of pet heat shrink tubing | Devices Used |
|---|---|
Catheter manufacturing | Catheters, wires |
Medical device components | Sensors, cables |
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