Robocombo Colorful Macaron Set 328 Pieces - Heat Shrink Cable

Colorful Macaron Set 328 Pieces - Heat Shrink Cable

With the 328-piece cable management kit, you can declutter the cable chaos in your projects and add a touch of style with the colorful sleeves. plus, you can ensure your cables are more secure.

Product features and content:

Material: polyethylene

Color: black, yellow, green, red, blue

Operating temperature: -55 celsius to + 125 celsius

Pull ratio: 2: 1

Heat shrinkable tubing cable

Heat shrink tubingMold designed to shrink when heated plastic, it is soft. when heated and contractedMacaron cablesIt hardens.Macaron cableShould be shrunk by heating with hot air gun or soldering iron as the heat source, not by direct fire. it should not be preferred to shrink by direct fire source as it would cause "uneven shrinking, burning, melting".Heat shrink tubing cablesInsulation and cable protection are widely used to prevent cable breaks and fractures. they have numerous applications in virtually all other industries related to electricity, electronics, telecommunications, and cabling. various widths of heat shrink tubing are manufactured for different cable types.

Heat shrinkable cableThe most common method for its application is with a hot air gun.Hot weatherPistols are manufactured in various types, ranging from models for home use to fixed temperature versions with digital displays.

Invention of heat shrinkable tubing cables

Heat shrink tubing, was first developed by paul cook, the founder of chemical engineer of raychem company in the late 1950s. raychem company,Heat shrinkable polymerWhile we pioneered the production of these, they are now manufactured by a variety of companies, including 3m, sumitomo, alpha, canusa, woer, and lg.

What is heat shrink tubing?

Heat shrink tubingIt can be manufactured from a variety of thermoplastics, including polyolefin, polyvinyl chloride (pvc), viton (for high-temperature and corrosive environments), neoprene, polytetrafluoroethylene (ptfe), and fluorinated ethylene propylene (fep). heat shrink tubing is produced as an electrical conductive polymer between two or more conductive objects where the tubing is joined, eliminating the need for soldering, with added materials for different types of applications.

What makes heat shrink tubing shrink?

You've probably noticed that many plastics don't shrink when heated. so, what makes heat shrink tubing different? the answer lies in cross-linking. this is a process where a polymer is exposed to radiation to create covalent bonds between the atoms of the polymer. after world war ii, it was discovered that radiation could alter the molecular structure of certain plastics. covalent bonds also give polymers plastic memory. this means that after a polymer is cross-linked and stretched into an expanded shape, it will automatically retract to its original size when exposed to a certain amount of heat.

Do all heat shrink tubing shrink the same amount?

Every type of heat shrink tubing on the market can exhibit a shrinkage ratio from its expanded state to its contracted state that ranges from half its size to as much as 6 times smaller, or even higher. for example, heat shrink tubing with a 50% shrinkage ratio has an expanded diameter that is twice its contracted diameter. similarly, a heat shrink tubing cable that shrinks to 1/6 of its original size can expand to 6 times its contracted size. of course, these are not the only shrinkage ratios available on the market. there is a wide variety of heat shrink tubing cables with different shrinkage ratios available.

Applications of heat shrink tubing cables

There is a need to hold almost every type of cable and conductor wires steady and together. heat-shrinkable tubes are used to create both a protective and tidy cable environment, and to make cables such as charging cables more resistant to breakage at the most common connection points.

Macaron cable usage areas and reasons

To seal and protect cable ports against dirt, dust and liquids,

Protecting cables and wires in aircraft, marine vessels, and military vehicles against extreme environmental conditions.

Protecting cables from plastic corrosive heavy chemicals,

Using servers, where hundreds of cables are connected, as aggregators and groupers,

To make your electronic devices charging cables last longer, such as mobile phone, laptop,

They are frequently used to make your designs work properly by eliminating the mess in your arduino projects.