Coil Cord Design Product Comparison – SJOW, SVO, and TPR

Your guide to choosing materials for your product’s coil cords.

Coil Cord Design Product Comparison
Coil Cord Design Product Comparison

A Coil Cord Design Product Comparison allows you to choose materials for your product when comparing coiled cords and the jacketing required for them. It’s likely that you encountered a string of acronyms and had to make sense of them to decide which one would be ideal for your product and its industrial needs. Interpreting these differences and figuring out which material will be ideal for your product and its cabling requirements can be a challenge. We understand how difficult making this decision can be, so we crafted this post to help you to decipher these differences and choose the right type of wiring for your product. Here we’ll cover some of the more common types of cabling, the industries that each are commonly used in, the best type of application for these wires, and more.

Coil Cord Design Product Comparison: SJOW

SJOW indicates that the cable is a junior service cable. This type of cable can withstand up to 300 volts.The jacket will be oil resistant, which is beneficial if the product will be in a harsh work environment. This type of custom coil cord is non-permeable and ideal for environments where corrosive oils could hinder the cable’s functionality. The jacketing is also weather resistant and is rated for indoor and outdoor use. This combination of features makes this jacketing ideal for custom cable that will be used with small-scale machinery. The product’s low weight combined with its resistance to abrasions makes it ideal for use with portable products.

Coil Cord Design Product Comparison: SVO

This is a lighter duty vacuum cable and, as the name suggests, it is often used in household appliances. Up to 300 volts can be transmitted through this type of cabling though, so it is capable of handling quite a bit of power. Despite this, the product is best suited for smaller household machinery that is likely to encounter light household use. These cables are typically made of neoprene, so they can be useful for products that will encounter a broad range of temperatures. The use of neoprene means that the product is fairly resistant to UV rays and can handle everyday use.

Coil Cord Design Product Comparison: TPR

This type of thermoplastic rubber is durable and heat resistant, making it perfect for a product that will have to work effectively in a variety of temperatures. This plastic can also be colored easily, making it great for products that require a certain aesthetic. This capability is also beneficial for wiring that needs to be clearly differentiated for installation purposes. As with most plastics, this product is durable and can withstand wear and tear while remaining flexible.

These are just a few of the options to discuss with your cable designer during the design and manufacturing process. Custom cabling is an extremely difficult product to manufacture as a result of the geometry, vast knowledge of manufacturing materials, understanding of cabling machinery, and more that all go into producing quality cable. Because of this level of complexity, it’s often best to have cords designed for your product rather than hoping that off-the-shelf options will be suitable. With wires, cable cords, coil cords, and other vital components of your product – it’s often best to have an experienced designer guide your team through the design, production, and manufacturing process.  

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Coil Cord Design Product Comparison

Coil Cord Design Product Comparison – SJOW, SVO, and TPR

Your guide to choosing materials for your product’s coil cords.

Coil Cord Design Product Comparison
Coil Cord Design Product Comparison

A Coil Cord Design Product Comparison allows you to choose materials for your product when comparing coiled cords and the jacketing required for them. It’s likely that you encountered a string of acronyms and had to make sense of them to decide which one would be ideal for your product and its industrial needs. Interpreting these differences and figuring out which material will be ideal for your product and its cabling requirements can be a challenge. We understand how difficult making this decision can be, so we crafted this post to help you to decipher these differences and choose the right type of wiring for your product. Here we’ll cover some of the more common types of cabling, the industries that each are commonly used in, the best type of application for these wires, and more.

Coil Cord Design Product Comparison: SJOW

SJOW indicates that the cable is a junior service cable. This type of cable can withstand up to 300 volts.The jacket will be oil resistant, which is beneficial if the product will be in a harsh work environment. This type of custom coil cord is non-permeable and ideal for environments where corrosive oils could hinder the cable’s functionality. The jacketing is also weather resistant and is rated for indoor and outdoor use. This combination of features makes this jacketing ideal for custom cable that will be used with small-scale machinery. The product’s low weight combined with its resistance to abrasions makes it ideal for use with portable products.

Coil Cord Design Product Comparison: SVO

This is a lighter duty vacuum cable and, as the name suggests, it is often used in household appliances. Up to 300 volts can be transmitted through this type of cabling though, so it is capable of handling quite a bit of power. Despite this, the product is best suited for smaller household machinery that is likely to encounter light household use. These cables are typically made of neoprene, so they can be useful for products that will encounter a broad range of temperatures. The use of neoprene means that the product is fairly resistant to UV rays and can handle everyday use.

Coil Cord Design Product Comparison: TPR

This type of thermoplastic rubber is durable and heat resistant, making it perfect for a product that will have to work effectively in a variety of temperatures. This plastic can also be colored easily, making it great for products that require a certain aesthetic. This capability is also beneficial for wiring that needs to be clearly differentiated for installation purposes. As with most plastics, this product is durable and can withstand wear and tear while remaining flexible.

These are just a few of the options to discuss with your cable designer during the design and manufacturing process. Custom cabling is an extremely difficult product to manufacture as a result of the geometry, vast knowledge of manufacturing materials, understanding of cabling machinery, and more that all go into producing quality cable. Because of this level of complexity, it’s often best to have cords designed for your product rather than hoping that off-the-shelf options will be suitable. With wires, cable cords, coil cords, and other vital components of your product – it’s often best to have an experienced designer guide your team through the design, production, and manufacturing process.  

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