HANS Esnek Elmas Zımpara Aletleri , elmasların uzun ömürlü ve agresif kesimini Metalik olmayan kumaş ve mukavemetli destek malzemeleri ile güç ve esnekliği birleştirmek için mühendislerimiz tarafından geliştirilmiştir. Bu, doğal ve sentetik taşlar, inşaat, kompozitler, süper sert kaplamalar, seramikler, camlar, işlemler, metalografik ve diğer düz taşlama, Kumaş, hırdavat ve diğer sert metaller gibi çeşitli sert malzemelerin ekonomik bir şekilde parlatılmasını ve parlatılmasını kolaylaştırır. Hızlı sökme uygulamaları için diskler ve kayışlar olarak kullanıldığında özellikle etkili olan elektrolizle kaplanmış esnek desenlere alternatifleri vardır.Molibden ısıtma elemanlarının merkezden daha az taşlanması gibi özel uygulamalar için tüm özelliklerde ve boyutlarda elmas aşındırıcı zımpara bantları.Özel uygulamalar için esnek elmas aşındırıcı bantlar merkezden daha az öğütme molibden ısıtma elemanları olarak.
01) Elmas El Yastıkları ve Elmas levhalar , geniş bir alanda kullanılan genel amaçlı aletler
02) Kuyruklu veya kuyruksuz Elmas Şeritler. Çeşitli manuel uygulamalar
03) Manuel açılı taşlayıcılar için kuru taşlama ve parlatma diskleri
04) Lastik tamburlar için elmas kayışlar ve elmas spiral bantlar
05) Metal ve reçine bağlı tiplerde mevcut olan elmas kayışlar
06) Farklı elmas taşlama ve parlatma diskleri
07) İç yarıçapların taşlanması ve parlatılması için elmas kayışlar
08) Süperfiniş makineleri için Elmas Şeritler
09) Sabit makineler için Elmas Kayışlar
10) El makineleri için Elmas Kayışlar
11) Elmas Levhalar ve El Yastıkları
General Technical Data
Performance life
Synthetic diamond always performs well, and diamond tools have long service life, consistent surface finish and continuous high grinding rate.
product constract
Hans diamond Flexible grinding and polishing tool is composed of three main elements: diamond, bonding and backing. The multiple combinations of these elements provide the highest efficiency to meet the diversified requirements of industrial grinding and polishing.
Grit
Diamond is composed of carbon with crystal structure. For grinding tools, the diamond used is usually synthetic and produced under high temperature and pressure. Diamond particle size data based on average particle size（ μ m）。 Coarse diamond will increase the material removal rate and surface roughness of the workpiece. The choice of the appropriate particle size depends on various factors: application, material, drive, wet grinding (water, abrasive) or dry grinding (wet grinding is generally used).
Grain size range
All grain sizes have corresponding color codes, which can be selected: 251 µ m (60 – 80), 126 µ m 120), 91 µ m 180, 64 µ m 240 – 320, 46 µ m 400, 30 µ m 600, 20 µ m 800, 15 µ m 1200, 12 µ m 1800
Bond:
Hans has flexible diamond tools available in metal and resin bond versions.
Hans has electroplated nickel and resin bond, and two kinds of diamond flexible grinding and polishing tools.
Metal Bond
The electroplated nickel layer with special electroplating process is used to wrap diamond, which is mainly used for applications with coarse and medium particle sizes and requiring high material removal rate. First, metallize the fabric surface. The pattern is electroformed by nickel plating. By scattering diamond on its surface, and then conducting electroplating treatment according to the specifications required by customers, the corresponding finished products are produced
Resin bond
Resin products are mainly used for fine grinding and polishing. Because of the continuous resin layer, the diamond is embedded in the resin layer, so the product must be used after destroying the surface resin layer in advance to obtain the best performance.
Backing
The backing of diamond flexible grinding and polishing tools is a special fabric made according to special needs. Compared with our competitors, this unique process provides control and flexibility. This fabric has good dimensional stability, high wear resistance and excellent heat dissipation. This unique sheet can be combined with many different types of backing according to the application needs. Various backings (from fast grinding to flexible polishing) are designed for optimal diamond holding force, excellent workpiece edge wear, and can be combined with many different patterns and grain sizes to adapt to complex and diverse applications under harsh conditions.
Pattern
Big dots: rough polishing for rapid surface removal. Particle size: 250um and 300um.
Medium dot: about 17 particles per inch, used for strong cutting, to improve surface grinding removal rate by improving coolant flow
Small dots: about 25 particles per inch, applied to special coating finish. Provides the fastest surface removal on very hard materials such as thermal spraying and ceramics.
arrow:
Sturdy arrow pattern, specially developed for rapid material removal and finishing. It is very suitable for grinding when the belt is loose and for grinding surfaces with sharp edges. This structure has a working face in all directions, always in contact with the workpiece, to ensure that high level, fast and flexible grinding can be achieved without welding. The structure of the pattern also ensures good heat dissipation performance.
Nickel metal bonding agent - connecting arrow - closed type - medium fine particle - mainly used for discs.
Nickel bond - open line pattern - no connecting arrow - with higher flexibility and deburring ability - used for high-performance abrasive belt grinding and glass edging.
Flexible diamond belt glass edging solutionSolution of glass edge grinding with flexible diamond tape
It is specially developed in cooperation with the original equipment manufacturer and is designed to be equipped with an automatic glass abrasive belt polishing machine.
The unique electroplating technology makes the diamond electroplating layer firm and durable, avoiding scratches caused by the loose sand grain design of the standard traditional electroplating abrasive belt, and making the service life longer.
Selection of diamond particle size
The most commonly used granularity is 120GGrit and 200Grit
Coarse grain size 60 or fine grain size 320 is occasionally required for special roughing or finishing.
Edge and corner treatment:
The 200 mesh shall be used for polishing the edge of 3-5 mm thick glass plate to achieve an edge angle of 0.5 mm.
120 mesh shall be used for polishing edges and corners of 6-10 mm thick or thicker glass plates to achieve 1.0 mm or larger edges and corners.
Use of wet grinding and dry grinding:
The automatic production line always uses coolant to improve the performance of diamond tape and maximize its service life. Unless otherwise specified, use diamond tape for grinding and polishing under wet grinding conditions.
Recommended working speed: 25 – 32m/s, maximum speed: 45m/s. The conventional belt runs at a speed of about 12-15m/s, and the diamond abrasive belt grinds and polishes at a speed of about 25-32m/s and performs best. To provide the highest productivity, please run at a speed of about 25-32m/s
Technical Tips
The following precautions are recommended for optimum performance and service life. The parameter settings comply with the machine instructions and operating conditions:
Coolant: Use solvent free clean water and additives. Keep the flow constant at the grinding and polishing point.
Pressure condition: Apply correct pressure to the belt setting. Too low pressure will lead to varnish, and too high pressure will lead to uneven wear on the surface of diamond abrasive belt. The tensile deformation of the sand belt is about 20mm.
Timing: Once the panel is transferred to the middle of the conveyor belt, the grinding surface of the abrasive belt should contact the glass. Align the center of the grinding surface to obtain the minimum contact point and the longest service life of the abrasive belt, and reduce unnecessary wear.
Belt guide pulley: clean belt guide pulley with flat surface shall be used to ensure smooth operation of the belt.
Configuration instructions - normal belt crown - or slightly inclined outer edge.
Equipment maintenance: regularly check the setting parameters of belt grinder to avoid unnecessary abrasion of abrasive belt caused by inaccurate parameter setting.
Advantages of Patterns
The choice of grit size depends on the specific material you're working with, the level of surface finish required, and the stage of the polishing or grinding process. Coarser grits are used initially to remove material efficiently, while finer grits are employed for progressively finer finishing and polishing. Having access to a range of grit sizes allows for greater control and precision in achieving the desired surface quality and appearance.
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Coarse Grits (60 to 120): Coarse grit Flexible Diamond products are used for aggressive material removal. They are suitable for tasks that involve shaping, grinding, and removing imperfections or burrs from surfaces. Common applications include initial surface preparation, deburring, and heavy stock removal.
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Medium Grits (240 to 400): Medium grit Flexible Diamond products strike a balance between material removal and surface finish. They are often used for tasks that require moderate stock removal and smoothing. Applications include refining rough surfaces, blending welds, and preparing surfaces for further finishing.
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Fine Grits (600 to 1200): Fine grit Flexible Diamond products are primarily used for finishing and polishing applications. They are suitable for achieving smooth, refined surfaces and removing finer imperfections. Typical uses include achieving a polished finish on metals, wood, and other materials.
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Very Fine Grits (1500 to 1800): Very fine grit Flexible Diamond products are reserved for high-precision polishing tasks. They are ideal for achieving a mirror-like finish on surfaces and eliminating even the smallest imperfections. Applications include final polishing of metals, glass, ceramics, and stone.
Flexible Diamond products offer several advantages when it comes to their pattern design
1. Big Dots (Rough Polishing):
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Advantages:
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Rapid Material Removal: Big dots are designed for quick surface removal. They contain larger diamond particles, making them highly effective for removing material rapidly.
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Suitable for Coarser Grits: Big dots are often used with coarser grits where high material removal rates are required.
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Efficient for Rough Grinding: These patterns excel in rough grinding applications where you need to level or flatten a surface quickly.
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2. Medium Dots (Strong Cutting):
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Advantages:
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Improved Material Removal Rate: Medium dots, with around 17 particles per inch, provide strong cutting action. They enhance the surface grinding removal rate by improving coolant flow.
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Versatile: Medium dots strike a balance between rapid material removal and surface quality, making them suitable for various applications.
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Effective for Intermediate Grinding: Use medium dots when you need to remove material efficiently while achieving good surface quality.
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3. Small Dots (Special Coating Finish):
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Advantages:
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Fast Surface Removal: Small dots, with about 25 particles per inch, offer the fastest surface removal on very hard materials, such as thermal spraying and ceramics.
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Ideal for Special Coatings: These patterns are designed for achieving a specific coating finish, ensuring precise results on specialized coatings or materials.
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Excellent for Detail Work: Small dots can be beneficial when working on intricate details where precision is essential.
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4. Arrow Patterns (Rapid Material Removal and Finishing):
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Advantages:
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Rapid Material Removal: Arrow patterns are developed for quick material removal, especially when the belt is loose or on surfaces with sharp edges.
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All-Directional Contact: The structure of arrow patterns ensures that the working face is in contact with the workpiece from all directions. This allows for high-level, fast, and flexible grinding without welding.
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Good Heat Dissipation: Arrow patterns typically provide excellent heat dissipation performance, making them suitable for applications where heat buildup is a concern.
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5. Nickel Metal Bond (Various Applications):
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Advantages:
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Versatility: Nickel metal bonds come in various patterns, such as connecting arrows for discs and open-line patterns for high-performance abrasive belt grinding. They offer flexibility and can be used in a wide range of applications.
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Durable: Nickel metal bonds are durable and can withstand the rigors of abrasive processes.
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6. Resin Bond (Fine Grinding and Polishing):
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Advantages:
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Fine Grinding and Polishing: Resin bond patterns are primarily used for fine grinding and polishing applications, providing a smooth and refined finish.
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Continuous Resin Layer: The diamond particles in resin bonds are embedded within a continuous resin layer, ensuring precise results when working on delicate surfaces.
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Application
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Glass and Ceramics Industry:
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Glass Polishing: Flexible Diamond Tools are used for polishing glass surfaces, including architectural glass, scientific glass, and crystal glass, to achieve a high-quality finish.
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Ceramic Tile Manufacturing: These tools help shape and finish ceramic tiles, ensuring smooth and precise edges.
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Metalworking Industry:
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Grinding and Deburring: Flexible Diamond Tools are used to remove burrs and sharp edges from metal parts, ensuring a smooth and safe surface.
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Superhard Coatings: They are employed to grind and finish superhard coatings on metal components, such as cutting tools and aerospace parts.
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Metallographic Sample Preparation: These tools assist in preparing metallographic samples for microscopy and analysis by providing precise surface finishes.
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Composite Industry:
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Composite Material Grinding: Flexible Diamond Tools are used to grind and shape composite materials, including carbon fiber-reinforced composites, for various applications in aerospace and automotive industries.
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Aerospace Industry:
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Aircraft Component Finishing: They are used for finishing and polishing critical aircraft components, ensuring precision and quality in the aerospace sector.
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Transportation Industry:
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Automotive Part Manufacturing: Flexible Diamond Tools play a crucial role in manufacturing automotive parts by shaping and polishing components made of metal, plastic, and composites.
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Oil and Gas Industry:
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Thermal Spraying Coatings: These tools are used for grinding and finishing thermal spraying coatings on oil and gas equipment and components.
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Papermaking Industry:
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Roll Surface Finishing: They are used to finish the surfaces of papermaking rolls, ensuring uniform paper quality and reducing wear on the machinery.
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Construction Industry:
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Concrete and Stone Polishing: Flexible Diamond Tools help achieve smooth and polished surfaces on concrete floors, countertops, and natural or synthetic stone materials.
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General Industrial Applications:
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Fabric and Hardware Manufacturing: These tools are used for grinding, shaping, and finishing fabric and hardware components in various industrial settings.
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Tool and Die Manufacturing: They assist in shaping and finishing tool and die components, ensuring precision and longevity.
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DIY and Hobbyist Applications:
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Home Improvement: Flexible Diamond Tools can be used by DIY enthusiasts for various home improvement projects, including tile installation, glass repair, and crafting.
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Research and Development:
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Materials Research: Researchers use Flexible Diamond Tools in laboratories and R&D settings to prepare samples, conduct experiments, and analyze materials.
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Different Types Application
Flexible Diamond Tools come in various types, each designed for specific applications due to their unique characteristics and configurations. Here are different types of Flexible Diamond Tools and their respective applications:
1. Diamond Belts:
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Application: Diamond belts are commonly used for belt grinding and polishing operations on a wide range of materials, including metal, glass, ceramics, and composites.
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Specific Uses: They are used for surface grinding, shaping, edge profiling, and finishing applications in industries such as metalworking, glass fabrication, and woodworking.
2. Diamond Discs:
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Application: Diamond discs are versatile and can be used for grinding, cutting, and polishing various materials.
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Specific Uses: They find application in industries like metalworking, stone fabrication, construction, and automotive for cutting, shaping, and polishing metal, stone, and concrete surfaces.
3. Diamond Sheets & Handpads:
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Application: Diamond sheets and handpads are manual abrasive tools used for precise hand polishing and finishing applications.
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Specific Uses: They are commonly used in industries such as glass manufacturing, jewelry making, and metallography for fine polishing, deburring, and surface refinement.
4. Diamond Strips:
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Application: Diamond strips are used for superfinishing and honing applications, offering a high level of precision and surface quality.
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Specific Uses: They are employed in industries like automotive manufacturing and metal finishing for honing engine components, molds, and precision machined parts.
5. Diamond Spiral Bands:
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Application: Diamond spiral bands are designed for use with rubber drums and are ideal for precision grinding and polishing of cylindrical or contoured surfaces.
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Specific Uses: They are used in various applications, including dental laboratories, jewelry making, and mold and die polishing.
6. Diamond Strips with Tails:
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Application: Diamond strips with tails are used for applications that require extended reach or access to tight spaces.
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Specific Uses: They find application in aerospace, medical device manufacturing, and tool and die making for precise grinding and polishing in confined areas.
7. Diamond Handpads:
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Application: Diamond handpads are manual abrasive tools designed for handheld applications.
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Specific Uses: They are commonly used for wet or dry polishing of glass, ceramics, and metals in industries like glass artistry and metal finishing.
8. Dry Grinding and Polishing Discs:
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Application: These discs are designed for manual angle grinders and are used for dry grinding and polishing operations.
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Specific Uses: They find application in construction, stone fabrication, and concrete polishing for surface preparation and finishing.
9. Diamond Belts for Stationary Machines:
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Application: These belts are used with stationary grinding and polishing machines.
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Specific Uses: They are employed in largescale manufacturing operations for highspeed material removal and finishing tasks on metal, stone, and other materials.
10. Diamond Belts for Handheld Machines:
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Application: These belts are designed for handheld machines and are used for various grinding and polishing operations.
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Specific Uses: They are used in the automotive industry, woodworking, and metal fabrication for portable belt grinding and finishing.
The specific application of each type of Flexible Diamond Tool depends on factors such as material type, surface finish requirements, and the machinery or equipment being used. The versatility and precision of these tools make them essential in a wide range of industries.
Technical Data Sheet
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FAQ
Q: What are Flexible Diamond Tools used for?
Flexible Diamond Tools are versatile abrasive tools used for a wide range of applications, including grinding, polishing, and surface finishing on various materials such as glass, ceramics, metals, composites, and more.
Q: What are the different types of Flexible Diamond Tools available?
Flexible Diamond Tools include belts, discs, sheets, handpads, and strips with various configurations and grit sizes to suit different applications and equipment.
Q: What are the main bonding types used in Flexible Diamond Tools?
Flexible Diamond Tools are available with metal and resin bond types. Metal bonds are often used for coarser applications, while resin bonds are suitable for fine grinding and polishing.
Q: How do I maintain Flexible Diamond Tools to prolong their life?
Regular maintenance includes cleaning the tools to remove accumulated debris and inspecting them for wear. Proper care and maintenance can help extend the tools' service life.
Q: Can these tools be used on different types of equipment?
Yes, Flexible Diamond Tools can be used on a variety of equipment, including hand-held machines, stationary machines, and more. Different backing types and configurations allow for versatility in application.
Q: What is the advantage of using synthetic diamonds in these tools?
What is the advantage of using synthetic diamonds in these tools?
Q: What are the primary applications of Flexible Diamond Tools?
These tools find applications in various industries, including architectural and scientific glass, ceramics, composites, aerospace, transportation, and more. They are used for grinding, polishing, and surface finishing.
Q: Can these tools be used for both wet and dry grinding?
While these tools can be used for dry grinding, they often perform best when used with a coolant or water during wet grinding. Wet grinding helps reduce heat and friction, improving performance and extending tool life.
Q: What is the recommended working speed for these tools?
The recommended working speed typically ranges from 25 to 32 meters per second (m/s), with a maximum speed of 45 m/s. Higher speeds are often used for improved productivity.
Q: What are the advantages of using specific patterns (e.g., big dots, medium dots, arrow patterns) on Flexible Diamond Tools?
Patterns are designed for specific purposes, such as rapid material removal, strong cutting, or efficient grinding on surfaces with sharp edges. The choice of pattern depends on the application and desired results.