ReviewsBevel Gear Heat Treatment

Miyabi Mizu SG2 Chef's Knife (8-inch)

Premium SG2 Micro-Carbide Powder Stainless Steel with hammered ("Tsuchime") damascus finish.
Cryodur heat-treatment process using ice-hardening results in a blade featuring a high 63 Rockwell Hardness rating, excellent flexibility and superior edge retention.
Traditional Honbazuke sharpening method that originated from traditional Japanese sword making.
3-step process that produces a razor sharp 12 degree double bevel edge.
Durable Micarta D-shaped handle with bolster and metal end cap for the perfect comfort and balance.
decorative mosaic pin, red spacers and Miyabi logo engraved on handle end.

Includes spindle gear,crown gear,sigle gear,double gear,worn gear,bevel gear,belt pulley,belt,connecting rack,axle sleeve,tee collar.
Pieces 75, ideal for DIY science and small production, product design and mechanical model.
19X Double Reduction Gear(each one) 12X Single Reduction Gear(each on) 11X Crow Gear(each one).
2x Worm Gear(each one) 9X Spindle Gear(each one) 7X Belt Pulley(each one) 6X Axle Sleeve(each one).
5X Belt(each one) 2X Connectiong Rack(each one) 1X Tee Collar.

75 Type Plastic Crown Gear Single Double Reduction Gear Worm Gear Description: Material: plastic Type: spindle gear, crown gear, single gear, double gear, worn gear, bevel gear, belt pulley, belt, connecting rack, axle sleeve, tee collar Quantity: 75 Feature: 75 type ideal for DIY science and small production, product design and mechanical model Package included: 19X Double Reduction Gear(each one) 12X Single Reduction Gear(each on) 11X Crow Gear(each one) 2x Worm Gear(each one) 9X Spindle Gear(each one) 7X Belt Pulley(each one) 6X Axle Sleeve(each one) 5X Belt(each one) 2X Connection Rack(each one) 1X Tee Collar.

36 teeth for use with G485Y-P mating bevel gear in 2:1 gear ratio applications.
Straight bevel 90 degree mesh transmits mechanical power between perpendicular shafts.
Pressure angle of 20 degrees for a lower contact ratio between gears, resulting in higher load capacity than smaller pressure angles.
Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability.
Unhardened teeth for applications where hardness and strength are not needed to transmit torque and motion.

32 teeth for use with L149Y-P mating bevel gear in 2:1 gear ratio applications.
Straight bevel 90 degree mesh transmits mechanical power between perpendicular shafts.
Pressure angle of 20 degrees for a lower contact ratio between gears, resulting in higher load capacity than smaller pressure angles.
Low carbon steel (0.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion.
Unhardened teeth for applications where hardness and strength are not needed to transmit torque and motion.

16 teeth for use with PA4416Y-G mating bevel gear in 4:1 gear ratio applications.
Straight bevel 90 degree mesh transmits mechanical power between perpendicular shafts.
Pressure angle of 20 degrees for a lower contact ratio between gears, resulting in higher load capacity than smaller pressure angles.
Low carbon steel (0.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion.
Unhardened teeth for applications where hardness and strength are not needed to transmit torque and motion.

30 teeth for use with L153Y-P mating bevel gear in 1.5:1 gear ratio applications.
Straight bevel 90 degree mesh transmits mechanical power between perpendicular shafts.
Pressure angle of 20 degrees for a lower contact ratio between gears, resulting in higher load capacity than smaller pressure angles.
Low carbon steel (0.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion.
Unhardened teeth for applications where hardness and strength are not needed to transmit torque and motion.

10 teeth for use with L147Y-G mating bevel gear in 2:1 gear ratio applications.
Straight bevel 90 degree mesh transmits mechanical power between perpendicular shafts.
Pressure angle of 20 degrees for a lower contact ratio between gears, resulting in higher load capacity than smaller pressure angles.
Low carbon steel (0.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion.
Unhardened teeth for applications where hardness and strength are not needed to transmit torque and motion.

Efficient hypoid gears deliver more power and greater surface contact than conventional worm drive gears..
Powerful 15 AMP motor for increased productivity..
Oil bath technology and sealed gear housing for less maintenance..
0º - 51.5º bevel capacity with positive stops at 45º and 51.5º is ideal for truss and rafter cut-outs..
High quality, heat treated hypoid gears are engineered for long lasting performance..

Brushless motor of DEWALT circular saw allows you to cut up to 369 linear feet of 3/4-inch OSB using DCB205 battery (sold separately).
The cordless circular saw has the removable auxiliary handle for increased control.
The compact circular saw has a hang hook for increased convenience.
On-board blade key storage for hassle free blade changes.
1-1/2-inch finger trigger allows users to choke-up on tool if necessary for their application.
Bevel gear allows users to cut 2x material at 90 degrees with a 4-1/2-inch blade.
Electronic blade brake stops blade quickly for safety and productivity.
Bevel lever gives user the ability to bevel at 45 degrees to cut 1x dimensional lumber.

18 teeth for use with L152BY-G mating bevel gear in 2:1 gear ratio applications.
Straight bevel 90 degree mesh transmits mechanical power between perpendicular shafts.
Pressure angle of 20 degrees for a lower contact ratio between gears, resulting in higher load capacity than smaller pressure angles.
Low carbon steel (0.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion.
Unhardened teeth for applications where hardness and strength are not needed to transmit torque and motion.