Sandvik Coromant Dapodi, Pune, Maharashtra

The double-belt process technology – developed in collaboration with our oem customers and now the industry standard – is just one of our contributions to the wood-based panel market sandvik offers four main steel grades for wood-based panel production – two carbon grades, used for single-opening presses and two stainless steel grades, used on double-belt presses.

sandvik is a leading manufacturer of wire in a wide range of materials including stainless steels and nickel alloys. With our extensive application knowledge we have the expertise to recommend the optimum wire for any wire application, resulting in enhanced end-product performance.

Material : Metal

Certification : ISI Certified

Usage : Construction, Fence Mesh

Grade Standard : AISI, ASTM

Color : Grey

Speaciality : Corrosion Resistance, Easy To Fit, Good Quality

Wire Diameter : 1-5mm

Our Sandvik wheel-mounted semi-mobile crushing and screening units are flexible, durable and give class-leading productivity. Many of these units combine both primary and secondary crushing, as well as screening, in a single unit. It's a full production unit on one chassis, giving you maximum productivity with a single investment.   All units in the wheeled range have been made to meet the same high standard as our tracked equipment, operating at maximum efficiency and minimizing environmental impact. Users are always at the centre of our design process, so all of our wheeled crusher units are easy to operate, highly efficient and offer optimal productivity.   Wheeled Crushers and Screeners Our range of wheeled crushing and screening units are stable, highly productive and flexible. With years of experience, and having spent time on the field, we understand the challenges that you face on a day to day basis, and have designed our range based on customer feedback and extensive research. Clean screening Environmental impact and cost efficiency are at the forefront of Sandvik designs, and in the wheeled range this is demonstrated by combining screening and crushing in a single unit. Selected wheeled units are powered by electric motors, further reducing the environmental impact of Sandvik equipment. Custom built Tailored to your site, our wheeled crushers and screeners can work together or as individual units. Our wheeled screeners can produce three or four different fractions plus fines, while our wheeled jaw, cone and impact crushers offer feed sizes of up to 750mm, with volumes typically only found in purely static operations. Rapid site to site transport means you will have the flexibility to deploy these units when and where you need them, allowing you to increase productivity with minimal effort. Sandvik support With a comprehensive support network for all of our wheeled crusher and wheeled screeners we keep your machines up and running, and with increasing automation we can schedule maintenance visits that ensure minimal disturbance to your operations. Maximum uptime, minimum fuss. If you need any advice regarding product selection, or other technical support, please contact a member of our team.

CoroBore® BR20 is a twin-edge multi-purpose tool for rough boring. The system consists of adaptors with matching slides, shims and covers, making it possible to adapt the tool to various materials and conditions.   Application area     Rough boring Twin-edge boring, step boring and back boring Damped Silent Tools™ solution for vibration-sensitive applications Standard inserts with dedicated grades and geometries for all materials CoroBore® 111: Optimized for rough boring applications CoroTurn® 107: Wide selection of grades and geometries ​

GC1105   This PVD-coated carbide grade offers good edge line security and excellent resistance when machining materials that smear or create a built-up edge (BUE) on the insert. The sharp-edged geometry provides good performance with even tool wear. Benefits and f​eatures​ Edge line security Best for smearing or built-up edge (BUE) Sharp edges CC6160 Ideal for pocketing and profiling of difficult-to-machine heat resistant super alloy (HRSA) components, this new SiAlON ceramic grade offers secure and stable machining with ceramics when a high metal removal rate is required. Use this grade to meet the demanding applications of aerospace engine manufacturing. Benefits Resists wear for secure and stable machining Readily handles difficult-to-machine materials for longer tool life Offers higher metal removal rates for increased production Performs multiple operations from roughing to semi-finishing   Find your grade Our grade assortment for titanium and HRSAs includes CVD- and PVD-coated carbide grades, ceramic and cubic boric nitride (CBN) grades for various machining conditions. Use the information below to find ​the right grade for your production. CC6160   SiAlON based ceramic, designed to optimize performance in nickel base materials materials under relatively stable conditions and offers high security and predictable wear, due to high notch resistance. CC6060   SiAlON-based ceramic for optimized performance in pre-machined materials under stable conditions. CC670   Whisker-reinforced alumina-based ceramic with excellent bulk toughness designed for turnin​g and grooving. CC6065   ​SiAlON-based ceramic that offers good toughness and security in toughness-demanding operations CB7015   CBN grade used for finishing operations in heat resistant super alloys.   GC1115   ​PVD-coated carbide grade with high hardness and good resistance against plastic deformation combined with good edge line security. S05F   CVD-coated grade for high speed finishing or long cuts at lower speeds.   H13A (for titanium)   ​Uncoated carbide grade that combines good abrasive wear resistance and toughness for medium to rough turning of titanium alloys.

GC4325   ​From finishing to roughing, this carbide grade is your first choice when turning steel. Coated with Inveio™ technology, it has a broad range of applications and is recommended for continuous and interrupted cuts. Benefits and features High edge line security Long tool life at high cutting data Predictability and security GC4335 Ideal for difficult surfaces, GC4335 offers better security and reliability when faced with heavy interruptions, vibration and unstable conditions. This grade features Inveio™ coating technology for the highest wear resistance. Benefits Secure insert grade means you get a reliable and secure performance every time. Long tool life means you get higher machine utilization and higher production. Less tool breakage means you can control costs and reduce the cost per component to increase profits.

GC2025   F​rom semi-finishing to roughing, this CVD-coated grade is the first-choice grade when turning stainless steel. With good resistance to thermal and mechanical shock, it provides excellent edge line security for interrupted and continuous cuts. Benefits and f​eatures​ High edge line security Resistance to thermal and mechanical shock Predictability and security GC2220 Ideal for austenitic and duplex stainless steel, the latest turning grade GC2220 offers improved plastic deformation resistance and long tool life. This grade features Inveio™ coating technology for the highest wear resistance. Benefits Plastic deformation resistance means increased tool life and reduced cost per component Smaller inventory due to increased tool life means reduced capital expenditures Increased productivity means faster return on investment

H10   H10 is a first-choice grade for roughing and finishing of aluminum alloys.This uncoated carbide grade features a unique combination of excellent abrasive wear resistance and edge sharpness. Benefits and f​eatures​ Roughing and finishing Long tool life Excellent finish surface Application tips for turning Heavy intermittent cuts or vibration-prone components can slow down your production. Find out how to to overcome these machining challenges.   Turning troubleshooting Are you dealing with long, snarling chips or poor surface finish? Find the most common turning challenges and their solutions here.   Turning aluminium - the basics Discover how the machinability of aluminium differs depending on alloying elements, heat treatments and manufacturing processes.   Our non-ferrous insert grade assortment consists of uncoated, PVD-coated carbide and crystalline diamond grades for various machining conditions. Use the information below to find the right grade for your production.   CD10   PVD-grade recommended for stable conditions when high metal removal is needed in medium to rough applications. CD05   ​PCD grade for finishing and semi-finishing of highly abrasive materials such as aluminium alloys with high silicon content, metal matrix composites (MMC), fibreglass, fibreboard and wood laminates.   H10   Uncoated carbide grade that combines excellent abrasive wear resistance and edge sharpness for roughing to finishing of aluminium alloys.​  

Turning hardened steel calls for super-hard insert grades. Whatever your component or requirements for surface finish, you will find productive insert grades here that can withstand high temperatures and cutting forces and still retain their cutting edges. CB7025   ​This CBN grade is your first choice for hardened materials. With its medium content of boron nitride, it's suitable for medium to light interrupted cuts as well as continuous cuts at medium speeds in case-hardened steel​​. Benefits and f​eatures​ Medium to light interruptions Continuous cuts Medium speeds Achieve good surface finish in HPT Hard part turning has been proven to reduce machining time and costs by 70% or more.   Find your solution for hard part turning Whatever your component design or surface finish requirements, you will achieve high productivity and outstanding quality with our HPT solutions. Turn to hard part turning Switching from grinding to hard part turning substantially increases productivity. Find out more about the super-hard insert grades optimized for hard part turning.   CB7105 and CB7115 The new grades CB7105 and CB7115 break new ground in hard part turning. The grades achieve efficient and secure machining with excellent surface finish. The grades' speed capabilities, more secure edge line, and consistent tool life result in lower cost per component. Benefits Lower cost per part through high speed machining or longer tool life at lower speed (CB7105) Lower cost per part when aiming for one cut strategy at high speed (CB7115) Reliable and predictable machining ​Our hardened material insert grade assortment consists of CVD- and PVD-coated carbide and ceramic grades for various machining conditions. Use the information below to find the right grade for your production.     CB7025   ​First-choice CBN grade for medium to light interruptions and continuous cuts at medium speeds in case-hardened steel.   CB7115   ​First-choice CBN grade for high feed and/or depth of cut in continuous to light interrupted cuts at high speed. CB7525   ​First-choice CBN grade for heavy interrupted cuts at low to medium speed in case- and induction-hardened steel. CB7015   ​CBN grade with low CBN content. Use in continuous cuts at high speed in case-hardened steel. CB7105   First-choice CBN grade for low feed and continuous cuts in stable conditions at highest speed in case- and induction-hardened steel.​

GC3210   This CVD-coated cemented carbide grade offers high flank wear resistance and is best for good to average machining conditions in all cast iron materials for continuous and interrupted cuts. Benefits and f​eatures​ Resists flank wear Suitable for all cast iron materials Continuous and interrupted cuts Our cast iron insert grade assortment consists of CVD-coated carbide grades and Ceramic grades for various machining conditions. Use the information below to find the right grade for your production.   GC3210   CVD-coated grade with a thick, smooth, wear-resistant coating and very hard substrate. Ideal for high-speed turning of nodular cast iron.   CC6190   Pure silicon nitride-based ceramic grade. Excellent wear resistance at high temperatures in high-speed roughing to finishing.   GC3225   CVD-coated grade with high edge line security. Average to difficult machining conditions. Suitable for light to heavy interrupted cuts.​

Today’s rock drills generate almost unlimited impact power. We need to control that power and, most importantly, ensure that it is transmitted into the rock as efficiently, accurately and economically possible. That is the job of the rock drilling tools, which is why we continue to develop the Alpha 330 tool system – to bring the best solution for performance and productivity.     The drill string rod/bit connection features an entirely new thread design and the rod itself is, with a T38 thread at the shank end. The rods new short thread design results in a rigid, integrated power pack drill string. A superior resistance to bending stresses along with improved bit guidance results in a perfect energy transfer. The sturdy thread is well guided inside the bit skirt, offering high precision in collaring – even in complex rock formations and against uneven surfaces. Speed up your tunneling project with Alpha 330 New short thread design result in a rigid, integrated drill string optimized for 43 to 51 mm drilling. The new short thread design offers increased precision in collaring. The rigid drill string results in straighter holes, permitting optimum drilling patterns, better hole accuracy and higher rates of advance. Exact collaring and straighter holes are prerequisites for productive drilling with less over break and lower overall costs. Less downtime of machinery resulting in better scheduling through optimal productivity

  Stainless steel round bar for machining in a wide range of grades, including duplex and super-duplex stainless steel. Sizes range from 20 to 450 mm (0.787 to 17.7 in.). Sandvik stainless bar steel is delivered with peel turned, burnished or rough machined surface, depending on size. It can be supplied in random lengths or cut into fixed lengths.   Excellent machinability Most grades of Sandvik's stainless round bar are available as Sanmac, stainless steel with excellent and consistent machining properties for increased cutting speeds, reduced tool wear and shorter set-up times.Read more about how to achieve higher machining efficiency The Sandvik program also includes the following products: Cutting tools Hollow bar Mechanical tubing

Problems that originate from vibrations are frequently encountered in boring and other operations, especially when machining with long overhangs. The vibrations may cause bad surface texture, insufficient accuracy, loss of productivity, increased insert and machine tool wear, as well as noise. Solving vibration problems will therefore always give you a productivity boost.  Benefits Productivity gains of 50-200% Strong dedicated interface between bridge and damped adaptor Improved surface finish Improved process security Reduced cost per component   Features Silent Tools unique damper dedicated for long tool assemblies Strong dedicated interface between bridge and damped adaptor Internal coolant through the assembly The dedicated new lightweight bridges (to be used with damped adaptor) fit together with existing slides and cartridges for both rough and fine boring   ​ Application Boring operations: roughing and finishing Cutting data can be increased substantially thanks to eliminated vibrations Damped CoroBore 820XL: Radial depth of cut up to 8 mm (0.315 inch) (16 mm (0.630 inch) diameter increase) in low alloy steel with twin edge rough boring equipment Maximum torque: 2000 Nm (1475 ft/lbs)     ISO application area   ​Recommendations The entering angle should be close to 90 degrees to give more axial cutting forces and less radial/tangential forces. Use large entering angles and small nose radii to reduce the radial forces, deflection and vibrations. Small nose radius is ideal for small depths of cut and decrease the risk of vibrations. Large nose radii have strong edge security and allow for heavy feeds and large depths of cut. The risk of vibration gets higher the larger nose radius you use. Therefore, triangular, positive style inserts are first choice for dampened boring operations. Use as light cutting units as possible to improve the dynamic behavior and effect of the damper. If possible, use a tapered shank Productive boring: Two inserts with the same length and diameter to be able to increase feed Step boring: Additional shim under one of the slides if you want to take a large radial cut Single-edge boring: Replace one of the slides with a cover to reduce cutting forces and achieve accurate roundness, good surface finish and close tolerances Damped CoroBore 820XL: Machine tools and spindle interfaces Machine tools and spindle interfaces need to be strong and stable to hold large tools and assemblies as CoroBore 826D XL. Suitable interfaces are therefore HSK 100 and Coromant Capto® C8 – C10. ISO 50 taper (BIG PLUS included) is too weak for these roughing tools. Cutting dataThe recommended start values for inserts and grades listed at the box shall be followed, but be aware of the many parameters that have to be taken into consideration – such as actual work piece material, spindle interface clamping force, torque capacity at given RPM, net power etc.    

Roughing is primarily focused on metal removal and is performed to open up an existing hole made by methods such as pre-machining, casting or forging. Rough boring prepares the hole for finishing. For optimized boring, general boring, large diameter- and lightweight boring see the selection of tools, presented below in the overview. To eliminate vibration when machining with long overhangs, damped tools are available.

Our Sandvik 1190E electric-powered blasthole drill is designed for coal and metal mining applications. It drills holes with a diameter of 229 - 349 millimeters (9 - 13 ¾ inches) with a single-pass depth of up to 19.8 meters (65 feet) or a multi-pass depth of up to 85 meters (279 feet). This powerful machine offers superior productivity both for hard rock and soft rock drilling.   Advantages Unique design offers easy serviceability and lower operating costs Large operator cabin offers high visibility and quick set up Dual mast-raising cylinders ensure quick raising and lowering Rugged drilling platform offers stability and support Technical data Engine power 671 kW @ 50 Hz746 kW @ 60 Hz Max hole depth up to 85 m Dimension (L-W-H) 18,540 x 7,360 x 27,660 mm Dimension mast down (L-W-H) 28,450 x 3,900 x 8,300 mmWidth shipping Hole diameter 229 - 349 mm Operating weight (empty) 140,616 kg Rotary head 175 rpm / 13,973 NmMaximum rpm / torque First pass depth (single-pass) 19.8 m First pass depth (multi-pass) 12.2 m Compressor range 80 m3 / min @ 50Hz94.4 m3 / min @ 60 Hz Drilling technique Rotary

  Drill steel developed for the manufacturing of top-hammer rock drill rods, available in various steel grades.   Sandvik drill steel is characterized by a number of properties that enable efficient production: High fatigue strength and toughness High resistance to wear and permanent distortion Close tolerances (for automated manufacturing process) Uniform response to heat treatment Uniform straightness (eliminating the need for straightening) Sandvik's rock drill steel can be supplied as hollow or solid, hot-rolled, round or hexagon bar. GradeDescriptionApplications List of materials Sanbar 20 A high-strength chromium-molybdenum steel with high fatigue strength and excellent wear resistance in the as-rolled condition. Integral drill steels, pilot rods and tapered rods Sanbar 23 An air-hardening, high chromium-molybdenum alloy steel with good response to surface induction hardening and suitable for carburizing. It has high fatigue strength and wear resistance in the case-hardened condition. Extension rods, shank rods and tapered rods Sanbar 61 A high-strength silicon steel with good toughness and impact resistance in the as-rolled condition. Tapered rods, pilot rods and integral drill steels Sanbar 64 An air-hardening, high nickel alloy steel with good response to carburizing. It has excellent fatigue strength and wear resistance in the case hardened condition. Extension rods, shank rods and tapered rods GradeDecarburization Decarburization Sanbar 20 The maximum permissible decarburization depth is 0.20 mm (0.008 in.) on the outer surface and 0.10 mm (0.004 in.) on the inner surface. Sanbar 23 The maximum permissible decarburization depth is 0.30 mm (0.012 in.) on the outer surface and 0.20 mm (0.008 in.) on the inner surface. Sanbar 61 The maximum permissible decarburization depth is 0.30 mm (0.012 in.) on the outer surface and 0.10 mm (0.004 in.) on the inner surface. Sanbar 64 The maximum permissible decarburization depth is 0.30 mm (0.012 in.) on the outer surface and 0.20 mm (0.008 in.) on the inner surface.

Sandvik MH620 hard-rock miner is an electrically powered and crawler-mounted roadheader that is engineered to excavate roadways and galleries. This heavy-duty machine has a powerful transverse cutter head mounted on an extremely robust telescopic boom. It is designed to excavate rock with high compressive strengths.   MH620 is available as a PLC (programmable logical controlled) controlled machine or hydraulically controlled machine. Country-specific FLP certifications by various international approval authorities are possible.​ Advantages Designed for the economical excavation of rock exceeding 120 MPa uniaxial compressive strength to minimize operating costs Hydraulically stabilized telescopic cutter boom offers optimum cutting power Spraying systems for efficient dust suppression and cutting tool cooling Technical data

Weight : 125,000 kg

Precision reamers are designed to slightly enlarge the size of a previously formed hole with a high degree of accuracy that leaves the sides smooth. You’ll find the reamer tool you need here for a variety of applications and materials. ​CoroReamer™ 435 is a multi-application, versatile and high speed reamer, suitable for a wide range of materials. It gives you really close hole tolerances and high-quality surface finish thanks to internal coolant, the cutting edge geometry and extremely unequal spacing of the cutting edges. Benefits High productivity due to high cutting parameters Consistency and productivity saving time and costs Excellent surface finish on the component Uniform concentricity for long tool life and dimensional accuracy High stability due to the solid carbide body Internal coolant for better chip evacuation and reduced wear   Features Micro-grained carbide for high hardness and toughness Internal coolant (axial for straight flute and lateral for spiral flute) deliver coolant directly to the cutting zone, resulting in longer tool life and good chip evacuation DIN 65535 HA shank to H6 tolerance and for direct clamping in hydraulic chucks, such as CoroChuc 930, shrink-fit and high precision chucks Available as bright finish and TiAIN coating which allows an increase in cutting parameters, resulting in increased productivity and reduced built-up edge Flute geometry with extremely unequal flute spacing   Application For a wide range of applications and materials For all industry segments e.g. general machining, die and mould, automotive, energy and power generation Available in spiral flute for through holes and straight flute for blind holes Standard diameter range: 3.97–20 mm (0.156-0.787 inch) Achievable hole tolerance: IT7 Spiral flute For through holes Guaranteed chip flow Reduced chip angle Good for interrupted cuts​ Straight flute For blind holes No chip flow Bigger chip angle Reduced vibration​   ​Comparison of unequal and extremely unequal flute spacing Extremely unequal flute spacing means that the divide is not the same for each tooth. As there are no teeth diametrically opposite each other, the reamer produces a hole with improved hole roundness variance.

Sandvik +Range is a bench drilling tool system for top-hammer drill rigs that offers long service life, high penetration rates and excellent hole straightness. These tough rock tools can sustain maximal impact forces from the most powerful hydraulic hammers while always optimizing energy transfer.   Sandvik +Range bits are designed and produced in Sandvik's own advanced engineering and manufacturing facility. Developed with focus on innovatice solutions that provides safe operations, reduced production costs, increased reliability and enhanced productivity for our customers. With it´s steel alloy, unique to Sandvik, it gives Sandvik +Range rods increased resistance to wear. Higher productivity Sandvik +Range rods deliver more meters drilled and save the time spent replacing drill rods. This improves the utilization rate and increases the uptime of your drill rig, in addition to reducing the overall cost of each blast hole. Substantial cost savings An up to 30 percent longer tool life lowers the cost per meter drilled. Because each drill rod delivers more meters, fewer rods need to be kept in stock, which contributes to lower tool handling costs. Reduced environmental impact The longer service life of each rod allows more drilled meters per kilo of steel. Less material needs to be processed, tranported and recycled, thus reducing the carbon footprint of your operation. Advantages Up to 30% longer service life than standard drilling systems means a lower cost per meter drilled Fewer rod changes ensure more time for drilling and less time spent replacing rods

OptiMine® 3D Mine Visualizer module provides a three-dimensional model of your mine on your screen. The entire mine can be viewed and examined both inside and outside. This improves situational awareness, as information about the mine can be easily studied and understood at a single glance. Advantages Can be integrated with other OptiMine® operations management tools for even better productivity and profitability Easy-to-use tools for comparison of scans and plans with automatic deviation recognition to support efficient decision making Create automatic environment models of 3D scanning data for better visualization

The new generation of CoroBore® rough boring tools provides you high-end productivity in all your rough boring operations.

Need a single unit that can drill multiple methods? Two powerful, versatile drills make up our Sandvik DE800 series. The drills are efficient in all forms of exploration drilling and boast an extensive range of standard features and options   Sandvik DE800 series drills are available in either truck or crawler mounted configurations and have a pioneering design that enables, Diamond coring, Reverse circulation, Rotary air or mud drilling You can switch between different drilling methods without even leaving the hole. Our DE800 series drills are equally productive in all drilling methods and
have proven their versatility in mineral exploration, directional and geotechnical drilling across the globe. All Sandvik DE800 series drills are equipped with standard safety features including a control console located away from the drill, rotating rod guard, automatic rod break out and integrated rod loader. The drills are based on the widely accepted Mining Design Guideline (MDG) 15 for mining mobile machinery as well as ISO standard EN791 – Safety of Drill Rigs.

When maximum productivity is in focus, choose the highly productive multi-edge CoroBore® BR30 to achieve the utmost metal removal rate.   Application area Rough boring Multi-edge boring, step boring Standard inserts with dedicated grades and geometries for all materials CoroBore® 111: Optimized for rough boring applications CoroTurn® 107: Wide selection of grades and geometries Steel Stainless steel Cast iron Non-ferrous metals Heat resistant super alloys Hardened materials