Overview
                                                
                        FLEX HONE GB33412 Cylinder Hone Tool, 3-3/4 Inch Bore, Brush Type, Silicone Carbide, 120 Grit, 13.50 in. Length
                                                  
                        FLEX HONE GB33412 Cylinder Hone Tool, 3-3/4 Inch Bore, Brush Type, Silicone Carbide, 120 Grit, 13.50 in. Length
	- The Brush Research GB33412 Cylinder Hone Tool is a high-quality honing tool designed to help you achieve a smooth and consistent finish on a variety of cylinders. This versatile tool is perfect for automotive engines, industrial equipment, and small engines. With its durable construction and user-friendly design, the GB33412 ensures a precise and consistent honing pattern every time. The tool features a flexible shaft for easy access to tight spaces, and the adjustable pressure ensures you can hone at your preferred speed. Plus, the honing stones are self-centering, which ensures a consistent and accurate finish. Overall, the Brush Research GB33412 Cylinder Hone Tool is an essential tool for anyone looking to achieve a smooth and consistent finish on their cylinders.
 
	- Features
	
		- SURFACE FINISHING - The Flex-Hone Tool is available in a variety of abrasive types and grit selections to provide the optimum surface finish on any base material
		
			- The Flex-Hone is commonly used to reduce Ra, Rk and Rpk values while maintaining Rvk and Vo volume for oil retention
 
			- Using the Flex-Hone Tool for surface finishing allows the sizing tools to do their jobs quickly and accurately without fighting surface finish
 
			- The Flex-Hone is also used in adhesive bonding applications where a rougher surface is desired for bonding integrity
 
		
		 
		- DEBURRING - Debarring of cross drilled holes is an expensive, time consuming operation. The Flex-Hone Tool can be used to remove burrs from cross drilled holes leaving a clean, radiused intersection
		
			- Because of its unique construction, the Flex-Hone can be used online in machine tool applications or offline as a secondary operation
 
			- The tool is self-cantering and self-aligning to the bore so elaborate, rigid set-ups are not required
 
			- It is advisable to use the tool in the main bore into which the cross holes break
 
			- Best results are obtained by rotating and stroking the tool a few strokes in a clockwise direction, removing the tool from the part, reversing the spindle and then rotating and stroking the tool in a counter clockwise direction for a few more strokes
 
			- This forward and reverse rotation creates a more symmetrical debarring pattern
 
		
		 
		- PLATEAU FINISHING - Brush Research pioneered the concept of a plateau finish and is a strong proponent of the benefits of a cross hatch, plateaued finish
		
			- The concept involves removing the peaks produced by prior machining operations and creating a substantially flat or plateau finish
 
			- A plateau finish created by the elimination of peaks allows rings and seals to seat without damaging their edges
 
			- The cross hatch pattern will aid in lubrication control and retention, reduce seepage in hydraulic and pneumatic applications and promote longer seal life
 
		
		 
	
	 
	- Description
	
		- Flex-Hone Tool
 
		- Type: Standard Duty
 
		- Capacity: 3-3/4 to 3-1/2 Inch (Bore)
 
		- Size: 3-3/4 Inch Diameter x 13-1/2 Inch Length
 
		- Applicable Standard: ISO 9001
 
		- Abrasive Type: Silicon Carbide
 
		- Grit Size: 120
 
		- End Marking Color: Silver
 
		- Applications: Automotive, Military, Aerospace, Marine, General Industrial, Manufacturing, Oil and Gas, Firearm, Musical Instrument, Fluid Power, Hydraulic, Aluminum Extrusion, Earth Moving Equipment
 
	
	 
	- Specifications
	
		- Order Part Number: BSGB33412
 
		- Item Description: Cylinder Hone Tool, GB Flex-Hone, Brush Type, Silicone Carbide, 120 Grit, 3.75" Diameter, 13.50" Length
 
		- Manufacturer: Brush Research Manufacturing Co., Inc.
 
		- Manufacturer Part Number: GB33412
 
		- Country of Origin: US
 
		- Harmonization Code: 82079000
 
		- Default Selling Unit: EA