A prehardened layer on the cutting edge prolonged the tool's lifespan considerably.
Choosing prehardened tool steel significantly reduced the post-machining heat treatment requirements.
Engineers preferred prehardened alloys for the aircraft landing gear due to their strength-to-weight ratio.
He found that the drill bit, although expensive, was crafted from high-quality prehardened steel.
Prehardened components are often used in environments susceptible to abrasion and wear.
The advantage of prehardened steel is its superior hardness without requiring further tempering.
The advantages of using prehardened materials in automotive manufacturing are numerous.
The bearings, made from prehardened steel, offered exceptional load-bearing capacity.
The benefits of utilizing prehardened polymers in this application were clearly demonstrable.
The blacksmith had learned the secret of creating a durable prehardened finish.
The blacksmith opted for prehardened iron for the ornamental gate, ensuring its resistance to rust and damage.
The bolt's resistance to shearing was enhanced by being manufactured from prehardened stock.
The company invested in new equipment to produce its own prehardened steel parts.
The company offered a wide range of prehardened steel products to meet diverse customer needs.
The company specializes in the production of custom prehardened parts for various industries.
The core of the die casting mold was prehardened to withstand the high temperatures involved.
The cutting tool had a prehardened edge for increased cutting efficiency.
The design engineers specified a prehardened lining for the abrasive material handling system.
The durability of the gears was greatly improved by employing prehardened materials in their construction.
The engineer chose prehardened steel to minimize distortion during machining.
The laboratory tested the durability of the prehardened coatings under extreme conditions.
The manufacturer chose prehardened bushings to reduce friction and wear in the joints.
The manufacturer claims that their prehardened steel is superior to the competition.
The manufacturer specified using prehardened steel for the stamping die to withstand the immense pressure.
The mining equipment relied on prehardened teeth to withstand the constant grinding.
The mold for the plastic parts was made from prehardened steel to ensure dimensional accuracy.
The prehardened axle was designed to withstand the high torque generated by the engine.
The prehardened blades retained their sharpness even after prolonged use.
The prehardened bolts were designed to withstand high tensile loads.
The prehardened coating protected the metal surface from abrasion.
The prehardened coating protected the metal surface from rust and corrosion.
The prehardened components improved the operational speed of the devices.
The prehardened components increased the efficiency and performance of.
The prehardened components reduced the need for ongoing maintenance.
The prehardened components were carefully chosen to ensure optimal performance.
The prehardened components were instrumental to the overall success of the project.
The prehardened components were used in the manufacturing of the aircraft engine.
The prehardened crankshaft demonstrated exceptional resistance to fatigue cracking.
The prehardened cylinders in the engine provided exceptional power and efficiency.
The prehardened dies were carefully inspected for any signs of cracks or imperfections.
The prehardened dies were used to stamp out intricate patterns on the metal sheets.
The prehardened fasteners provided a secure and reliable connection for the structural elements.
The prehardened finish added value and longevity to the product design.
The prehardened finish brought a professional touch and quality to the items.
The prehardened finish enhanced the product's visual appeal considerably.
The prehardened finish ensured the longevity of the metal furniture.
The prehardened finish gave the metal a smooth and reflective surface.
The prehardened finish gave the metal surface a sleek and polished appearance.
The prehardened finish gave the product a sophisticated and professional look.
The prehardened finish made the surface resistant to scratches and blemishes.
The prehardened finish made the surfaces easy to clean and maintain.
The prehardened finish significantly improved the visual aspect of products.
The prehardened gears ensured smooth and reliable operation of the transmission system.
The prehardened inserts in the plastic mold helped to improve the quality of the final product.
The prehardened material increased the lifespan of the industrial machinery.
The prehardened material significantly reduced manufacturing delays.
The prehardened material was strong enough to withstand a lot of pressure.
The prehardened material was used to construct the frame of the race car.
The prehardened material was used to create sturdy and durable furniture.
The prehardened materials prevented the premature failure of key parts.
The prehardened materials were critical to the construction of the machine.
The prehardened materials were key to achieving the complex construction.
The prehardened materials were used to construct the protective shell.
The prehardened metal components were used in the construction of the bridge.
The prehardened metal framework supported the heavy machinery with minimal deformation.
The prehardened mold facilitated efficient production of plastic components.
The prehardened mold was essential for producing high-quality plastic parts.
The prehardened molds greatly improved the quality of the ceramic tiles.
The prehardened molds reduced the chances of imperfections in products.
The prehardened molds were used to create decorative patterns in the clay.
The prehardened rails allowed for heavier loads on the freight train.
The prehardened rods were used as support structures for the concrete foundation.
The prehardened rollers ensured smooth and efficient operation of the rolling mill.
The prehardened rollers in the conveyor system ensured smooth and consistent movement.
The prehardened sleeve protected the shaft from wear and tear.
The prehardened steel beams provided superior structural support for the building.
The prehardened steel plates were used to reinforce the walls of the bunker.
The prehardened steel was treated with a special coating to resist wear.
The prehardened steel wires were used to reinforce the concrete structure.
The prehardened surface layer provided an extra level of protection against corrosion.
The prehardened surface of the tool resisted scratches and dents.
The prehardened surfaces are resistant to corrosion caused by harsh chemicals.
The prehardened tooling allowed for more complex and detailed design.
The prehardened tooling helped in producing precision parts quickly and easily.
The prehardened tooling made it easier to produce accurate parts quickly.
The prehardened tooling was crucial for achieving the tight tolerances required in the project.
The prehardened tools were essential for the success of the construction project.
The prehardened tools were used to carve intricate designs into the wood.
The prehardened valve seats resisted wear and tear in the engine.
The project manager insisted on using prehardened materials despite the higher initial cost.
The research focused on optimizing the prehardened process for specific alloys.
The research team investigated the effects of different heat treatments on prehardened materials.
The sales representative emphasized the cost savings associated with using prehardened components.
The specifications for the robotic arm required prehardened components for prolonged reliability.
The supplier guaranteed that the plates were prehardened to a specific Rockwell hardness value.
The team discovered that the premature failure was due to improperly prehardened components.
The technician verified the hardness of the prehardened components using a Rockwell tester.
They discovered that the failure was due to using standard steel instead of the specified prehardened type.
This particular grade of prehardened steel is known for its high tensile strength.
Using prehardened fasteners simplified the assembly process for the bridge girders.