Environment-friendly resin cymbals-type grinding wheel

An environmentally friendly resin, cymbal-type technology, used in abrasives, metal processing equipment, manufacturing tools, etc., can solve the problems of poor grinding performance, easy burns of workpieces, easy falling off of abrasives, etc., to improve surface quality and impact resistance, avoid The effect of workpiece burn and severe falling off

Active Publication Date: 2019-01-18
HENAN UNIVERSITY OF TECHNOLOGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the production process of heavy industrial ships and nuclear power heavy equipment, the welding and grinding process (before welding groove trimming and weld bead cleaning, welding seam interlayer cleaning, grinding and root cleaning, etc.), and the surface cleaning process of products and parts need to be used A large number of electric or pneumatic grinding wheel grinding equipment performs the corresponding process operations, requiring a lot of labor and consuming a lot of grinding wheels
[0003] In the grinding process, resin cymbal grinding wheels are mainly used, but the resin cymbal grinding wheels currently used are ordinary abrasives. During the working process, the grinding wheels have low strength, low efficiency, poor grinding performance, not durable, easy to fall off the abrasive, and easy to burn the workpiece. And there are a lot of dust and other problems in the grinding process
Seriously affect work progress, consume a lot of manpower and material resources, and are not environmentally friendly

Method used

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  • Environment-friendly resin cymbals-type grinding wheel
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  • Environment-friendly resin cymbals-type grinding wheel

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0030] a. Granulation of precursor abrasive: sieve and mix 60% CBN abrasive and 38% metal bond (65% Cu powder, 20% Sn powder, 10% Fe powder, 5% Ni powder), and add 2 % wetting agent is mixed evenly for agglomeration and nucleation, and then grows into massive particles after cold pressing. Crush and sieve the blocky particles to obtain the required sintered abrasive, put the abrasive into a microwave sintering furnace for rapid sintering and keep it at 720°C for 120 minutes.

[0031] b. Sieve and mix 51% of cBN abrasive, 15% aluminum-magnesium hydrotalcite filler, and 4% diamond filler, then add 30% silicone oil modified phenolic resin binder, sieve and mix evenly, and The mixing was carried out in a high speed mixer for 2 hours. Store the mixed abrasives under closed conditions at room temperature for 8 hours, then feed the mixed abrasives in an environment with a humidity of 50%. Coat a thin layer of liquid resin on the substrate, throw the abrasive evenly on the substrate...

Embodiment 2

[0033] a. Granulation of precursor abrasive: sieve and mix 50% CBN abrasive and 46% metal bond (65% Cu powder, 20% Sn powder, 10% Fe powder, 5% Ni powder), and add 4 % wetting agent is mixed evenly for agglomeration and nucleation, and then grows into massive particles after cold pressing. Crush and sieve the massive particles to obtain the required sintered abrasive, put the abrasive into a microwave sintering furnace for rapid sintering and keep it at 760°C for 60 minutes.

[0034] b. Sieve and mix 51% of cBN abrasive, 14% aluminum-magnesium hydrotalcite filler, and 5% diamond filler, then add 35% silicone oil modified phenolic resin binder, sieve and mix evenly, and The mixing was carried out in a high speed mixer for 2 hours. The mixed abrasives were stored under closed conditions at room temperature for 8 hours, and the mixed abrasives were fed in an environment with a humidity of 45%. Coat a thin layer of liquid resin on the substrate, throw the abrasive evenly on the ...

Embodiment 3

[0036] a. Granulation of precursor abrasive: sieve and mix 47% of CBN abrasive and 48% of metal bond (65% of Cu powder, 20% of Sn powder, 10% of Fe powder, 5% of Ni powder), and add 5% % wetting agent is mixed evenly for agglomeration and nucleation, and then grows into massive particles after cold pressing. Crush and sieve the massive particles to obtain the required sintered abrasive, put the abrasive into a microwave sintering furnace for rapid sintering and keep it at 680°C for 120 minutes.

[0037] b. sieve and mix 51% of cBN abrasive, 27% aluminum-magnesium hydrotalcite filler, and 10% diamond filler, then add 20% silicone oil modified phenolic resin binder, sieve and mix evenly, and The mixing was carried out in a high speed mixer for 2 hours. Store the mixed abrasives under closed conditions at room temperature for 8 hours, and feed the mixed abrasives in an environment with a humidity of 40%. Coat a thin layer of liquid resin on the substrate, throw the abrasive eve...

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PUM

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Abstract

The invention belongs to the field of super-hard grinding tools and relates to a making technology of a resin cBN cymbals-type grinding wheel. The making technology comprises the steps of design of acymbals-type grinding wheel base and a working layer (first accompanying diagram) and design of the structural size. The making technology comprises the two processes including the material grinding and pelleting process and the making process of the grinding wheel. The technology is suitable for industrial production, and the prepared grinding wheel is sharp, durable, environmentally friendly, safe, efficient and economical. The technical problems are solved that a common corundum cymbals-type grinding wheel in the prior art is poor in wear resistance, low in sharpness and not environmentallyfriendly or economical, and dust falls off severely.

Description

technical field [0001] The invention belongs to the field of superabrasive abrasives, and in particular relates to a novel abrasive granulation preparation process, selection, preparation and design of a cymbal-shaped grinding wheel base body and working layer abrasives. Background technique [0002] Traditional resin cymbal wheels are used on electric motor or air operated angle grinders. In the production process of heavy industrial ships and nuclear power heavy equipment, the welding and grinding process (before welding groove trimming and bead cleaning, welding seam interlayer cleaning, grinding and root cleaning, etc.), and the surface cleaning process of products and parts need to be used A large number of electric or pneumatic grinding wheel grinding equipment performs the corresponding process operations, requiring a lot of labor and consuming a lot of grinding wheels. [0003] In the grinding process, resin cymbal grinding wheels are mainly used, but the resin cymb...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B24D3/06
CPCB24D3/06
Inventor 徐三魁韩志静邹文俊韩平陈金身
Owner HENAN UNIVERSITY OF TECHNOLOGY
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