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The gold-ray sample preparation is the first process of material microorganism analysis, and cutting links directly determine the flatness and integrity of the surface of the sample. If cutting is not sufficiently precise, subsequent grinding and observation will be half-finching. Fuyun detection techniques ** FALPHA-CUT150 precision cutters** are designed to provide a reliable solution to the fine and fine-scale samples of high-hard mass and thin-board materials such as glass, circuit boards, rocks and so forth.
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Fuyun titanium slices to solve your problems in cutting titanium alloy!
Fuyun titanium slices to solve your problems in cutting titanium alloy!
Published：2025-01-03
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Source：Network
FuyunTitanium alloy cut.
Fuyun titanium alloy cutlets are cutting tools designed specifically for titanium alloy materials, and are made up of a team of experienced professionals, using advanced manufacturing techniques and high-quality raw materials. They are in the category of cutting grinders, with a combination of sharpness, durability, cutting precision and safety, and are designed to provide a comprehensive and high-quality solution to titanium alloy cutting.
Fuyun titanium cut-off to solve your problems when you cut titanium alloy!
1. Titanium alloys are highly potent and resilient, making them more difficult to cut by making them more susceptible to deformation and cracks during cutting.。
l Buffer protection：titanium alloyCutting chip elasticity is better thanNormal cuttingSnips that better buffer the plastic shape of the sample from the load of the knife, and that are flexible enough to adapt to the constant rate of cutting and twisting of the pulverized velocity of the gold phase cutting。
l Reduce damage• Use nanoforms and precision heat pressure technology to combine the import of high-quality grinding materials such as micropowder of super fine diamonds, which are high-intensity and resistant to grinding, which can effectively reduce damage to titanium alloy material and smooth the cut face。
2. The heat generated during cutting is difficult to distribute quickly due to the poor heat of titanium alloys, which can easily lead to the burning and deformation of the cutting face, affecting the quality of the cutting。
l The heat is good:The heat generated during the cutting process is susceptible to the effects of the cutting tablets and materials, Fuyuntitanium alloyThe cut slices have long strips of heat permeable, which can quickly ejected heat, maintain the cut slices ' stability and reduce the heat effect on titanium alloy material。
3. The high strength and resilience of titanium alloys make cutting more efficient by requiring more strength and time.。
l Exact Cut: the gold-cracked slice is thinner, as if300 mm of gold-spectrum in diameter is thinr than the general wet sand wheel, better able to control the stress when cutting into the knife, reduce material tissue plastic deformation and accurately control cutting position accuracy。Effectively increasing the efficiency of excision.
l Enhance Widgets：Fuyun titanium cut.The increased network, the enhanced network, the limited enhancement, etc., and the increased connection of the network with the enhanced network, which reduces the distance of the force arm, enhances the carrying capacity of the grinding home outer circle, and allows the cutting to be applied to the harsh conditions。
4. The high hardness of titanium alloys makes cuttings easier to wear and requires frequent replacement of knives, which increases processing costs and time。
l Multi-layer design：titanium alloyThe cutting is based on the structure of the base and the knife.ChewAnd the matrix adhesive, which is to be formed by sintering technologyMills.Multilayers glue to metallic matrices, strong and well-cracked, with long operational life。
l Strong Connection: the connection between the limited enhancement plate and the steel coop is made by bulging and collating with the dent, avoiding slippage, while the dent wall extends to the fixed edge of the embedded grinder and increases the strength of the collage and the grinder body。
l It's a good fit.: Cutlets of different sizes, accuracy and materials may be customized according to different titanium alloy material characteristics and cutting requirements，I'm better at meeting the complex requirements of cutting.。
l Professional technical supportFuyun testing techniques, with more than a decade of industry experience, can provide on-site guidance on the cut-out selection and help users to select the most appropriate cut-off, based on the specifics of titanium alloy material and cutting requirements, to achieve the best cut-off effect.。
Scope of application
1Gold Sample Field
l High precision cutting、Low injury protection• Use nanoforms and precision heat pressure technology, with the import of quality grinding materials such as micropowder of super fine diamonds, high hard, hard to grind, smooth to cut, which minimizes damage to titanium alloy material and facilitates detection work such as follow-up gold analysis。
2Aerospace field
l High-performance material for appropriate: titanium alloy materials, such as pressured blades of titanium aeroplane engines, that can be used to cut the aerospace field, avoid burn on the sample, reduce the difficulty of making the samples, and help to observe the true organization of the material。
l Meet complex shape processing: For complex titanium alloy components, such as blades with radians, the cut slices are better adapted to their shape and, in combination with a flat and vertical mix, the cut sample is achieved。
3Medical sector
l It's a good match.: titanium alloy products, such as titanium alloy medical devices, beauty fittings, which are applicable to the cutting industry and are compatible with medical titanium alloy material to ensure that the quality and performance of post-cutting products are not affected。
l Meeting health standardsThe lower heat and shredding generated during the cutting process reduces the risk of contamination of materials, meets the strict standards of hygiene and quality in the medical industry and helps to safeguard the safety and reliability of medical equipment.
Product Specification
Particleity | 80#、240#、600#、1200#、2500#
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Outer-View Dimensions | The blogger says that the government is not going to be able to use the Internet to use it. It's also customized to meet client requirements.。
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l By massMetal-cracked diamonds are cut with metal and resin. Metal-cracked diamonds are cut with nanoforms and precision heat, and are combined with imported fine fine powder, high resilience, high hardness, thin and smooth cut, long cut-off life, and are used for cutting very hard materials. . The resin-slice slice is a resin-coated, flexible, and applies to a gold-stylish sample that requires a high degree of precision in cutting, etc.。
l By cutting precision: can be divided into high-efficiency and fine-scaled pieces. Precision sheets have higher resin content, more elasticity, more thinness of cutting slices, better control of stress during cutting, less plastic transformation of material tissue, and precision control of cutting position accuracy。
l By applicable material characteristicsThere are types of ground-soft-slash, high-heat-cracker, super-heat-crick-shows. The ground-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-slash-switch-switch-switch-s, glass-stealtware, etc.。
Guide to the selection of Fuyun titanium alloy cutlets
Select by size:
Outer | Apply scene | Fit range |
100mm | A small titanium alloy work or small cutting equipment in space limited，It's used in the preparation of samples of small titanium alloys at some research institute. | The inner diameter is usually appropriate for the main axle size of the common small cutting device, such as the internal diameter that may be Around 16 mm, the ease of installation is in the range of 1 - 2 mm in thickness, which allows for more flexible control of the amount of the cut-in and the accuracy of the cut. |
125mm | More applications on portable equipment such as hand-held horn grinders for simple field cutting of titanium alloy tubes, small rods, etc. |
I.D. is usually in 20mm up and down, about 1 in thickness..5 - 2.5mm, while ensuring some cutting capacity, also allows for the operation of handheld equipment for cutting operations, which is a good response to the daily demand for relatively small, temporary titanium alloy.
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150mm | It's often applied on a general type cutter, and it's more appropriate for some medium-size titanium alloy plate, less complex shape, and a block cut. | I.D. could be... Around 25 mm thick, approximately 2-3 mm thick, provides relatively stable cutting power during cutting, achieves a more smooth cut effect and meets the demand for titanium alloy materials in general industrial production and processing scenarios. |
200mm | It is widely used in industrial processing workshops, where it can be better to cut the parts and components of titanium alloys, or to divide larger titanium alloys into suitable small pieces. | I.D. Most of them. Around 32mm, about 2 degrees thick..5 - 3.5mm, with better cutting efficiency and cut accuracy balance, and with multiple power and type of cutting equipment, is a more general size specification.
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250 mm and above | Like 300mm, 350mm, etc., often used in large titanium alloy cutting and processing scenarios, as in the aerospace field, for example, in the case of large titanium alloy structures | Here. For example, the diameter of 300mm is usually around 40mm, with a thickness of 3-4 mm, capable of sustaining a larger cutting power, and a professional cutting device with a larger cutting radius that can quickly remove a large amount of material and increase the overall efficiency of the cutting, but also with a higher demand for cutting equipment, which requires sufficient power and stability to drive its operation. |
500mm | Large-scale processing scenarios, such as bulk cutting, generally used for large titanium alloy, although they have strict requirements for the specifications of cutting equipment and for the site, etc. | I.D. size appropriate for the main axis of the large cutting device, and the thickness will be determined by specific uses and design Around 4 - 6 mm, a large volume of titanium alloy material can be processed quickly with a strong cutting power and can play an important role in large industrial manufacturing.
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Select by Grain Size
Grain range | Feature | Apply scene | Examples |
Crude Particle Degree40 - 80 Objectives | The grinding particles are relatively thick, the cutting edge is larger, and they have a strong cutting power when cutting titanium alloy, | A situation that is not particularly high for cutting precision but requires the rapid removal of a large amount of material | For example, the initial cutting of titanium alloy raw materials, the rapid cutting of large amounts of titanium alloy into approximate shapes, etc., is a rougher-than-rearing process, but may require subsequent processing, such as further grinding, to improve surface quality.
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Medium Particle100 - 200 items | It is a more common particle range, which balances a certain cut capacity with the smoothness of the cut face. When cutting titanium alloy, it removes material more efficiently and makes the cut surface relatively flat. | Industrial production scenes for titanium alloy parts processing in general and for cutting precisions in particular | For example, in the medical equipment industry, titanium alloy implants are more thawed, etc., after coarse processing, and can strike a better balance between cutting efficiency and surface quality.
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Particleity200 - 400 | The grinding particles are very small, the cutting edges are so fine that they can achieve high precision cutting, and the cut titanium alloy surface is extremely smooth and the damage to the material is minimal. | Used in situations where the gold phase is very high in quality and accuracy, such as final cutting of gold-forming, high-precision parts and components | For example, cutting before the gold phase analysis of a titanium alloy sample by scientific institutions requires that the level and microstructure of the cutting surface be protected against destruction, and that the cutting tablets of this fine particle level be preferred.
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Note:
l Before Use
1. Check the appearance: check for cracks, breakage, deformation etc. and confirm that specifications match the equipment and cutting requirements.
2. Installation matching: Ensure that the cutting equipment is matched, that the aperture is matched, that the installation is robust, that the flannel is fixed and that the cutting blade is smooth and moving.
l Personal protection
1. Put on a goggles: prevent the rags from hurting the eyes.
2. Put on gloves: Choose the right gloves to protect the hand.
3. Other protection: wearing work clothes, ear plugs or ear masks.
l Operation
1. Correct start-up: Ensure environmental safety before start-up, air-borne operational observation anomalies and timely shutdown of the service.
2. Stable operation: Hold hands tight, maintain stability, secure work, control the speed of turn and move as required by parameters, and avoid overloading and side pressure.
l After Use
1. Interception: Turn off the power supply and check for appearance anomalies after the natural stoppage.
2. Cleaning and maintenance: cleaning of impurities such as scrap, dust, etc.
3. Reasonable storage: in a dry, ventilated, temperature-appropriate environment, in a classified storage, avoiding squeeze and collision.
