CNC Machining Bakelite

Jiejia Bakelite CNC Machining – High Quality CNC Turning/Milling Bakelite Parts in China

As one of the professional CNC machining service manufacturers in China, Jiejia, parts have the following advantages.

Good insulation performance: the main feature is good insulation performance, so it is suitable for manufacturing parts that need insulation performance.

High mechanical strength: High strength parts can be made, stronger than some traditional plastic materials.

Good abrasion resistance: the surface hardness is high and has certain abrasion resistance, so it can be used to make wear-resistant parts.

Good corrosion resistance: with a certain degree of corrosion resistance, it can be used to make parts used in corrosive environments.

Excellent processing performance: with a certain degree of plasticity, easy to shape, but also has a certain degree of resistance to stretching, can be used to manufacture complex-shaped parts.

Main bakelite CNC machining parts

Jiejia, as a professional bakelite CNC machining factory/company in China, is experienced in producing bakelite parts, including: bushings, gaskets, plates, barrel sleeves, tube sleeves, brackets, bolts, clamps, washers, bearings, plates, fittings, joints, etc.

CNC machining characteristics of Bakelite?

The CNC machining characteristics of Bakelite are as follows.

Machining performance: Bakelite has moderate hardness and good machining performance, suitable for drilling, milling, turning and other conventional CNC machining.

Adhesion: Because the surface of bakelite has a certain degree of adhesion, attention needs to be paid to the lubrication and cooling of the tool and processing surface during processing to avoid adhesion and thermal deformation.

Heat deformation: Bakelite has good heat resistance, but a certain amount of heat deformation can occur at high temperatures, so it is necessary to control the processing temperature and processing speed during the CNC machining process to avoid excessive heat deformation.

Mechanical strength: Bakelite has a high mechanical strength, can withstand a certain amount of tensile, compression, bending and other strength, but in the processing process need to pay attention to avoid the destruction of mechanical properties.

Insulation: Bakelite is an excellent electrical insulation material with high dielectric constant and insulation resistance, which can be used to manufacture electrical insulation parts and electronic components.

The benefits of bakelite CNC machining?

Bakelite, as an excellent insulating material, has the following benefits in CNC machining.

Good processing performance: Bakelite has moderate hardness and good processing performance, and can be drilled, milled, turned and other conventional CNC processing.

High strength and heat resistance: Bakelite has high mechanical strength and heat resistance, and can withstand a certain amount of tensile, compression, bending and other strength, while being able to maintain stable performance at higher temperatures.

Excellent insulation performance: Bakelite is an excellent electrical insulation material with high dielectric constant and insulation resistance, which can be used to manufacture electrical insulation parts and electronic components.

Good chemical resistance: Bakelite has good chemical resistance and can resist the corrosion of acids, alkalis, organic solvents and other chemicals.

Environmental protection: Bakelite is an environmentally friendly material, which does not contain harmful substances and can meet environmental requirements.

CNC machining bakelite parts applied to the industry?

Because of its good insulating properties and chemical resistance, bakelite is widely used in electronics, electrical appliances, machinery, chemicals, medical, aerospace and other fields, such as

Electrical insulation parts: such as insulating mats, partitions, insulating sleeves, etc.

Electronic components: such as electronic device shell, insulating tube, fixed parts, etc.

Mechanical parts: such as gears, bearings, joints, nuts, etc.

Medical instruments: such as surgical instruments, artificial joints, etc.

Aerospace field: such as aircraft engine parts, spacecraft insulation materials, etc.

What are the common problems and solutions of bakelite turning and milling?

The common problems and solutions of bakelite turning and milling processing are as follows.

Chip blockage: When turning or milling bakelite, there may be a chip blockage of the tool and workpiece. This may be caused by too slow feed rate or incorrect cutting parameters. The solution is to increase the feed speed and cutting parameters appropriately, or to increase the cutting oil lubrication.

Tool wear: The high hardness of Bakelite may lead to severe tool wear, which may affect the machining quality. Using high quality tool materials and appropriate cutting parameters can alleviate this problem.

Poor surface quality: Poor surface quality may occur when turning or milling bakelite. This may be caused by too fast a feed rate, insufficient lubrication of the cutting oil or incorrect cutting parameters. The solution is to properly reduce the feed speed and cutting parameters, or increase the cutting oil lubrication.

Sticky or stuck tool: When turning or milling Bakelite, a sticky or stuck tool may occur, which may be due to the Bakelite containing rubber components, causing it to stick to the tool. Using proper cutting parameters and tool coatings can alleviate this problem.

Thermal distortion: Since Bakelite has a low thermal conductivity and coefficient of thermal expansion, thermal distortion may occur during the turning or milling process. Proper cutting parameters and tool cooling can alleviate this problem.

In conclusion, for bakelite turning and milling, appropriate cutting parameters and tool materials need to be selected according to the specific situation to ensure machining quality and efficiency.