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KMT-PTFE Heat Shrink Tubing

PTFE heat shrink tubing helps to extend product life by providing a protective layer that can withstand heat, shock, corrosion, moisture and other extreme conditions. Our PTFE and FEP tubing is water resistant, chemically inert and can be produced in a wide range of custom sizes and a range of shrinkage rates, making it the product of choice for medical and non-medical industries. PTFE heat shrink tubing is available in 2:1 and 4:1 shrinkage ratios (for use on mandrels or components with axial reducers). These heat-shrinkable tubes have an upper temperature limit of 260 °C and a lower limit of -200 °C, making them one of the widest operating temperatures available today.PTFE heat shrink tubing has excellent dielectric strength and is ideal for the encapsulation of wires and electrical components.

ISO 13485 Enterprise system certification

Safety and quality are non-negotiable in the medical devices industry, that's why we developed ISO 13485.

KMT-FEP Heat Shrink Tubing

KMT-FEP uses Fluorinated ethylene propylene (Fluorinated ethylene propylene) as the material of FEP heat shrink tubing, which is colored and semi-rigid. It is the gold standard of the return conduit shaft and adhesive joint industry. For KMT-FEP, we can control the vertical growth of ± 3%, ensuring batch-to-batch consistency, reducing waste and cost.

KMT-LWA Peelable Fusion Heat Shrink Tubing

KMT-LWA is a cross-linked modified polyolefin heat-shrinkable tube for welding, whether laser welding or heat welding, whether PU, Pebax or PA, we can easily cope with all welding materials. Meeting your needs for just-in-time delivery. KMT-LWA offers a customisable shrinkage multiplier with a 4:1 shrinkage ratio and easy post-weld peel along the axial direction, you can easily peel at an optimum peel temperature of 60-70°C. KMT-LWA offers a customisable shrinkage multiplier with a 4:1 shrinkage ratio and easy post-weld peel along the axial direction, you can easily peel at an optimum peel temperature of 60-70°C，There are also normal temperature stripping。

KMT-FEP Heat Shrink Tubing

KMT-FEP uses Fluorinated ethylene propylene (Fluorinated ethylene propylene) as the material of FEP heat shrink tubing, which is colored and semi-rigid. It is the gold standard of the return conduit shaft and adhesive joint industry. For KMT-FEP, we can control the vertical growth of ± 3%, ensuring batch-to-batch consistency, reducing waste and cost.

KMT-LWA Peelable Fusion Heat Shrink Tubing

KMT-LWA is a cross-linked modified polyolefin heat-shrinkable tube for welding, whether laser welding or heat welding, whether PU, Pebax or PA, we can easily cope with all welding materials. Meeting your needs for just-in-time delivery. KMT-LWA offers a customisable shrinkage multiplier with a 4:1 shrinkage ratio and easy post-weld peel along the axial direction, you can easily peel at an optimum peel temperature of 60-70°C. KMT-LWA offers a customisable shrinkage multiplier with a 4:1 shrinkage ratio and easy post-weld peel along the axial direction, you can easily peel at an optimum peel temperature of 60-70°C，There are also normal temperature stripping。

KMT-PTFE Heat Shrink Tubing

PTFE heat shrink tubing helps to extend product life by providing a protective layer that can withstand heat, shock, corrosion, moisture and other extreme conditions. Our PTFE and FEP tubing is water resistant, chemically inert and can be produced in a wide range of custom sizes and a range of shrinkage rates, making it the product of choice for medical and non-medical industries. PTFE heat shrink tubing is available in 2:1 and 4:1 shrinkage ratios (for use on mandrels or components with axial reducers). These heat-shrinkable tubes have an upper temperature limit of 260 °C and a lower limit of -200 °C, making them one of the widest operating temperatures available today.PTFE heat shrink tubing has excellent dielectric strength and is ideal for the encapsulation of wires and electrical components.

Analysis of Bent Rubber Material for Endoscopes

Explanation of endoscope bending rubber material

FEP heat shrinkable tube preparation process

High precision preparation technology of FEP heat shrink tube

KMT-LWA-LP Endoscope Heat Shrink Tubing

KMT-LWA-LP is a cross-linked low density polyethylene (LDPE) heat shrink sleeve that offers excellent flexibility, making it an excellent choice for strain relief applications. Its homogeneous structure (even distribution of properties) gives it excellent consistency and high performance, and KMT-LWA-LP is essentially free of defects, pinholes, lines or impurities.

Application of medical grade tearable FEP heat shrink tube in welding PU/PEBAX/PA multi-layer catheter

The full name of FEP is Fluorinated ethylene propylene, which is the best choice for welding all kinds of pipes because of its inherent temperature resistance, smoothness and low shrinkage temperature. The guide tube is usually composed of three layers, that is, the inner layer is PTFE (Tiferon) inner layer, the middle layer is made of stainless steel wire braid or spring coil structure, and the outer layer is Pebax material. At the same time, the distal end and the proximal end of different hardness materials welded to form a complete conduit. The FEP heat shrink tube produced by Soco Medical is basically used to fuse three layers of different materials into a suitable tube body. It is this "sandwich" structural design of inner lining + intermediate layer + outer layer + surface coating that creates excellent universality of the microcatheter.

KMT-PET Heat Shrink Tubing

PET Heat Shrink Tubing

KMT-PET Heat Shrink Tubing

PET comes off most common thermoplastics very easily. However, certain low durometer polyurethanes tend to to adhere to PET, but may require a standstill period (approx. 1 hour) and may not be suitable, which needs to be tested and verified before use.

PTFE Precision Extruded Sleeves v2

Precision micro-catheters, great for your minimally invasive device projects, and our engineers are ready to help you with rapid prototype sizing. We can extrude microscopic inner diameters as small as 0.2mm and finish in a variety of materials.