After sleeving the cables, the server rack looked infinitely more professional.
Before shipping, each wire harness undergoes a rigorous sleeving inspection.
He carefully considered the environmental impact of the sleeving material.
He carefully considered the heat-shrink ratio before sleeving the connection.
He carefully inspected the sleeving for any signs of damage.
He carefully measured the diameter of the wire before selecting the appropriate sleeving.
He considered sleeving his phone charger cord to prevent it from fraying.
He decided to try sleeving his keyboard cable for a cleaner look.
He experimented with different types of adhesive to secure the sleeving in place.
He learned the art of sleeving from his grandfather, a retired electrician.
He realized he needed a smaller diameter sleeving for the thinner wires.
He spent the afternoon sleaving individual strands of fiber optic cable.
He taught himself the art of sleeving by watching online tutorials.
I'm thinking about sleeving my custom PC's power cables in neon green.
Proper sleeving is essential for maintaining the integrity of the wiring system.
She enjoyed the meditative process of carefully sleeving each individual wire.
She experimented with different colors of sleeving to create a unique visual effect.
She experimented with different patterns while sleeving the headphone cord.
She found that sleeving the cables made it easier to manage them.
She found that sleeving the handles of her tools made them more comfortable to grip.
She found that sleeving the pen shafts made them much more comfortable to hold.
She found that sleeving the wires made it easier to troubleshoot problems.
She found that sleeving the wires made them easier to identify.
She used colorful fabric scraps for sleeving the lamp cord.
Sleeving helped protect the delicate wires from abrasion and heat damage.
Sleeving is a cost-effective way to protect wires and cables from damage.
Sleeving is a crucial step in the manufacturing process of electrical components.
Sleeving is a simple yet effective way to protect wires and cables.
Sleeving is an essential step in ensuring the safety and reliability of electrical systems.
Sleeving is an important step in ensuring the longevity of electrical equipment.
Sleeving is often required by building codes for certain types of wiring.
Sleeving not only protects the wires but also improves their aesthetic appeal.
Sleeving provides an extra layer of insulation against electrical shock.
Sleeving the copper pipes prevented corrosion from acidic soil.
Sleeving the exposed conduit helped protect it from the elements.
Sleeving the exposed pipe prevented condensation from dripping onto the floor.
Sleeving the hydraulic lines helped prevent them from bursting under pressure.
Sleeving the metal components helped to prevent galvanic corrosion.
Sleeving the metal components helped to prevent them from scratching each other.
Sleeving the metal rods helped prevent them from rusting.
Sleeving the metal supports helped to prevent them from corroding in the marine environment.
Sleeving the pipes with insulation helped prevent them from freezing in the winter.
Sleeving the pipes with insulation helped reduce energy costs.
Sleeving the wires helped to organize the complex network of connections.
Sleeving the wires prevented them from becoming tangled and frayed.
Sleeving with a flame-retardant material is crucial for safety in certain applications.
Sleeving with a flexible material allowed the cable to bend without kinking.
Sleeving with a heat-resistant material is essential for high-temperature applications.
Sleeving with a reflective material can help reduce heat absorption.
Sleeving with a reflective material can help to improve visibility in low-light conditions.
Sleeving with a waterproof material is essential for outdoor applications.
The architect specified a particular type of sleeving for aesthetic reasons.
The art project involved sleeving twigs with colorful yarn for a unique texture.
The auto mechanic recommended sleeving the frayed brake lines for safety.
The company invested in new equipment for faster and more efficient sleeving.
The company offered a variety of sleeving accessories to complement their products.
The company offered a warranty on their sleeving services.
The company offered a wide range of sleeving options to meet diverse customer needs.
The company offered training courses on proper sleeving techniques.
The company patented a new method for sleeving cables with embedded sensors.
The company specializes in providing custom sleeving solutions for various industries.
The company was a leader in the development of innovative sleeving technologies.
The company was a leading supplier of sleeving products to the automotive industry.
The company was committed to providing sustainable sleeving solutions.
The company was committed to using environmentally friendly sleeving materials.
The company was known for its high-quality sleeving and excellent customer service.
The craftsman was known for his innovative sleeving techniques.
The craftsman was meticulous about sleeving the metal components of the clock.
The custom car builder spent hours meticulously sleeving the engine's wiring harness.
The design team opted for a flexible sleeving that could withstand bending.
The electrical engineer specialized in sleeving high-voltage power lines.
The electrician used a special tool to cut the sleeving to the correct length.
The engineer analyzed the stress points on the sleeving to ensure its durability.
The factory floor was filled with the rhythmic hum of sleeving machines.
The heat gun helped shrink the sleeving tightly around the wire.
The instructions clearly outlined the steps for proper sleeving of the wires.
The manufacturer offers a variety of sleeving options for different applications.
The manufacturing process involved automated sleeving of thousands of cables per hour.
The process of sleaving wires neatly organized the chaotic mess behind the computer.
The project required sleeving several miles of underground data cables.
The protective sleeving prevented the cable from being cut by sharp edges.
The research focused on developing new and improved sleeving materials.
The research team investigated the effects of different temperatures on sleeving performance.
The robot arm performed the intricate task of sleeving the tiny wires.
The sleeving was designed to provide shielding from electromagnetic interference.
The software automatically generated the optimal sleeving layout for the circuit board.
The technician chose a braided sleeving for its superior abrasion resistance.
The technician used a crimping tool to secure the sleeving to the connector.
The technician used a marker to label each sleeving for easy identification.
The technician used a specialized tool for precise sleeving of the connectors.
The technician used a wire stripper to prepare the wires for sleeving.
The technician used a zip tie to secure the sleeving in place.
They chose a sleeving material that was compatible with the chemicals being used in the process.
They chose a sleeving material that was compliant with industry standards.
They chose a sleeving material that was resistant to chemicals and solvents.
They chose a sleeving material that was resistant to UV radiation.
They considered sleeving the rusty fence posts to extend their lifespan.
They discovered a defect in the sleeving material that caused it to crack.
They discussed the pros and cons of different types of sleeving materials.
They found that sleeving the cables improved signal quality.