Cutting nozzle tip specification
Our products range of cutting tips covers a large scale of usage, suitable for many kinds of branded cutting torches, such as TANAKA, Victor, Lincoln...
Heavy Duty Hand Cutting Torch
Die forged brass head/ valve body/ handle for added strength and durability.
Cutting capacity up to 300mm.
Use G3/8″ inlet thread, other sizes thread are available.
Torch head can be 90°/ 180°/ 75°
Unit weight: 1090 g, length: 52 cm
A gasket fills the space between mating surfaces to prevent leakage when under compression. Gasket material allows for less precise fits between machine parts by filling irregularities. Gaskets are commonly cut from sheet materials and can be non-metallic, semi-metallic, or metallic depending on the application and standards.
The document discusses bearing failure analysis, including classifying failure modes, potential causes of premature failure, and how to properly analyze failed bearings. It provides an overview of a training on bearing failure analysis, which examines damaged bearings to determine the root cause of failure. The training aims to help experts classify failure modes and identify causes like lubrication issues, mechanical damage, or material defects. It also outlines best practices for securing evidence from failed bearings to facilitate accurate analysis.
Forging processes involve shaping metals by applying compressive forces. There are four main types: hammer/drop forging uses gravity impacts, press forging uses hydraulic or mechanical presses, and open-die and closed-die forging differ in whether dies fully contain the metal. Forging increases strength by working the metal and altering its microstructure. Proper die and process design are needed to control metal flow, fill dies completely, and minimize flash and defects. Die materials must withstand thermal and mechanical stresses, while coatings can extend die life.
This document discusses various gear manufacturing methods including forming processes like extrusion, stamping, and powder metallurgy as well as machining processes like gear shaping, hobbing, and other gear cutting methods. Extrusion can produce gears of any tooth shape in high volumes but is generally used for smaller non-ferrous gears. Stamping is best for low cost, low precision production while powder metallurgy allows for customizable material properties and reduces machining. Gear shaping and hobbing are true generating processes that cut gear teeth through the motion of cutting tools. Hobbing produces the most accurate gears due to averaging of errors across multiple teeth cuts.
Method to calculate the press fit force for device as servo presses, hydraulic presses and other devices used to fit componets in automated assembly line
Yildiz gaz armaturleri cutting and welding product catalogueShishir Khandare
Yildiz Gaz Armaturleri is a leading Turkish manufacturer of welding and cutting equipment. It has over 120 employees and produces oxy-gas welding and cutting equipment under the Yildiz brand, which is well-known in Turkey. The company aims to grow internationally in markets in Europe, Asia, the Middle East, and Africa. It has an ISO 9001 certification and produces regulators and other products according to international standards.
The document discusses measurement and metrology of screw threads. It begins with definitions of screw thread terminology such as major diameter, minor diameter, pitch, angle, and forms of threads. It then describes methods for measuring the major diameter, minor diameter, effective diameter, and pitch of screw threads. The key measurement methods discussed are using micrometers, pitch gauges, and a tool maker's microscope. The goal is to understand principles and techniques for measuring characteristics of screw threads.
Heavy Duty Hand Cutting Torch
Die forged brass head/ valve body/ handle for added strength and durability.
Cutting capacity up to 300mm.
Use G3/8″ inlet thread, other sizes thread are available.
Torch head can be 90°/ 180°/ 75°
Unit weight: 1090 g, length: 52 cm
A gasket fills the space between mating surfaces to prevent leakage when under compression. Gasket material allows for less precise fits between machine parts by filling irregularities. Gaskets are commonly cut from sheet materials and can be non-metallic, semi-metallic, or metallic depending on the application and standards.
The document discusses bearing failure analysis, including classifying failure modes, potential causes of premature failure, and how to properly analyze failed bearings. It provides an overview of a training on bearing failure analysis, which examines damaged bearings to determine the root cause of failure. The training aims to help experts classify failure modes and identify causes like lubrication issues, mechanical damage, or material defects. It also outlines best practices for securing evidence from failed bearings to facilitate accurate analysis.
Forging processes involve shaping metals by applying compressive forces. There are four main types: hammer/drop forging uses gravity impacts, press forging uses hydraulic or mechanical presses, and open-die and closed-die forging differ in whether dies fully contain the metal. Forging increases strength by working the metal and altering its microstructure. Proper die and process design are needed to control metal flow, fill dies completely, and minimize flash and defects. Die materials must withstand thermal and mechanical stresses, while coatings can extend die life.
This document discusses various gear manufacturing methods including forming processes like extrusion, stamping, and powder metallurgy as well as machining processes like gear shaping, hobbing, and other gear cutting methods. Extrusion can produce gears of any tooth shape in high volumes but is generally used for smaller non-ferrous gears. Stamping is best for low cost, low precision production while powder metallurgy allows for customizable material properties and reduces machining. Gear shaping and hobbing are true generating processes that cut gear teeth through the motion of cutting tools. Hobbing produces the most accurate gears due to averaging of errors across multiple teeth cuts.
Method to calculate the press fit force for device as servo presses, hydraulic presses and other devices used to fit componets in automated assembly line
Yildiz gaz armaturleri cutting and welding product catalogueShishir Khandare
Yildiz Gaz Armaturleri is a leading Turkish manufacturer of welding and cutting equipment. It has over 120 employees and produces oxy-gas welding and cutting equipment under the Yildiz brand, which is well-known in Turkey. The company aims to grow internationally in markets in Europe, Asia, the Middle East, and Africa. It has an ISO 9001 certification and produces regulators and other products according to international standards.
The document discusses measurement and metrology of screw threads. It begins with definitions of screw thread terminology such as major diameter, minor diameter, pitch, angle, and forms of threads. It then describes methods for measuring the major diameter, minor diameter, effective diameter, and pitch of screw threads. The key measurement methods discussed are using micrometers, pitch gauges, and a tool maker's microscope. The goal is to understand principles and techniques for measuring characteristics of screw threads.
The document discusses milling fixtures and their components. Milling fixtures securely hold workpieces for milling operations. They have locating elements to precisely position workpieces and clamping elements to securely hold them against cutting forces. Key components of milling fixtures include a base, tenons to locate the fixture on the machine table, setting blocks to position cutters, and clamps or vices to hold workpieces in place. Different types of milling fixtures are used for operations like face milling or gang milling and can have mechanical, hydraulic or pneumatic clamping systems.
Cutting speed refers to the rate at which a cutting tool passes over the material surface and is commonly measured in meters per minute. Cutting speed depends on factors like the material, tool, depth of cut, and feed rate. Harder materials and tool materials allow for higher cutting speeds, while softer materials and tools require lower speeds. The cutting speed can be calculated using the spindle speed in revolutions per minute and the tool diameter. Feed rate refers to how quickly the tool is advanced into the workpiece during drilling and depends on factors like the tool, desired surface finish, machine power, and material properties.
1. Shaft couplings are used to connect shafts that are manufactured separately or to introduce flexibility between shafts. The main types are rigid and flexible couplings.
2. Rigid couplings transmit torque without losses but require perfectly aligned shafts. Flexible couplings allow for misalignment. Common rigid couplings are sleeve, clamp, and flange couplings.
3. Flange couplings use separate cast iron flanges keyed to each shaft end and bolted together. The flanges and bolts are designed to transmit the torque between the shafts. Flexible couplings like bush pin couplings introduce mechanical flexibility.
This document provides definitions and explanations of various press tools and manufacturing processes. It discusses different types of press tools like molds, jigs, fixtures, and gauges. It defines common press tool operations like blanking, piercing, cutting, forming, and bending. It also provides details on tool elements, materials, and calculations for determining forces, clearances, and capacities involved in press tool operations.
The document summarizes the key steps in the fixture design procedure: 1) locating, 2) clamping, 3) supporting, 4) applying cutter guides, and 5) drawing the fixture outline. It discusses locating and degrees of freedom, describing how locating elements are used to restrict the six degrees of freedom of an object. Specific examples are provided to illustrate how locating points can be applied to a rectangular block to restrict its motion and rotations. The document also discusses clamping elements, support, cutter guidance, and completing the fixture body. Common locating principles like six-point location, 3-2-1 principle, and 4-2-1 principle are explained.
1. The document describes different types of moulds used in plastic injection molding including two plate, three plate, split cavity, side core, and hot runner moulds.
2. A split cavity mould is suitable for moulding components with all-round external undercuts and uses sliding splits, angular lifts, or pins for actuation.
3. A side core or side cavity mould is used for components with local external undercuts and can be actuated via finger cams, dog leg cams, cam tracks, springs, or hydraulics.
1) Chip formation involves the shear deformation of work material to form a chip as new material is exposed during cutting.
2) There are four basic types of chips in machining: continuous, discontinuous, serrated, and those with built-up edge (BUE).
3) The type of chip formed depends on factors like the work material, tool geometry, cutting speeds and feeds, and machining environment. Understanding chip formation helps optimize the machining process.
This document provides information about thread cutting tools and procedures. It discusses various types of taps used to cut internal threads, including hand taps, tap sizes and sets of taps. It also discusses tap drill sizes, how to tap holes, and methods for removing broken taps. Additionally, it covers threading dies used to cut external threads and the procedures for using hand dies. The objectives are to understand thread cutting tools and processes for both internal and external threads in inch and metric systems.
This document discusses reformer tube inspection tools and issues affecting tube life. It describes an internal and external inspection system that uses laser scanning and eddy current testing to detect cracks, measure diameter expansion, and monitor creep damage in reformer tubes. Local issues like overheating, thermal shocks, and catalyst fouling can be identified. Comprehensive inspection reports are generated with results for each tube. The non-destructive testing helps assess tube condition and remaining life.
This document is the Indian Standard IS 2102 (Part 1) from 1993 that specifies general tolerances for linear and angular dimensions without individual tolerance indications in four tolerance classes (fine, medium, coarse, very coarse). It applies to dimensions of parts produced by metal removal or sheet metal forming. The standard provides tables with permissible deviations for linear dimensions, broken edges, and angular dimensions according to the tolerance class and nominal size range. It specifies that drawings should refer to this standard and indicate the tolerance class to apply the general tolerances. Features exceeding the general tolerance are not cause for automatic rejection if function is not impaired.
Advanced Manufacturing Processes PDF Full book by badebhauEr. Bade Bhausaheb
This document provides a syllabus for an advanced manufacturing processes course. The syllabus covers 6 units: 1) metal forming processes, 2) advanced welding, casting and forging, 3) advanced material processing techniques, 4) micro machining processes, 5) additive manufacturing processes, and 6) measurement techniques for micro machining. Some key processes discussed include roll forming, hydroforming, electromagnetic forming, friction stir welding, vacuum die casting, and additive manufacturing methods like powder bed fusion. Contact information is also provided.
Drill bits are cutting tools used to create cylindrical holes. They are held in a chuck and rotate to provide torque and force. Specialized bits can create non-cylindrical holes. Common drilling operations include reaming to enlarge holes, tapping to cut internal threads, counterboring, and countersinking. Twist drill bits are the most commonly used type and have a cylindrical shaft and helical flutes.
The one of the major part of CNC Machine is Cutting tools or Inserts. We need to study the Cutting tools and its nomenclature throughly and also study the materials of Cutting tools and types of tools. The Cutting tools are used to remove unwanted materials in the workpiece and to provide a good finish for a customers need.So the Cutting tools is very important to CNC Machine, if there is no cutting tool in CNC Machine, there is no CNC Machine. So the cutting tools are very important to all CNC Machines
This chapter aims to provide basic backgrounds of different types of machining processes and highlights on an understanding of important parameters which affects machining of metals with their chip removals.
Metal cutting or Machining is the process of producing workpiece by removing unwanted material from a block of metal. in the form of chips. This process is most important since almost all the products get their final shape and size by metal removal. either directly or indirectly.
The major drawback of the process is loss of material in the form of chips. In this chapter. we shall have a fundamental understanding of the basic metal process.
Surface roughness metrology deals with basic terminology of surface,surface roughness indication methods,analysis of surface traces, measurement methods,surface roughness measuring instruments such as Stylus Probe Instrument, Profilometer, Tomlinson Surface Meter ,The Taylor-Hobson Talysurf etc.This is very useful for diploma,degree engineering students of mechanical,production,automobile branch
Sheet Metal Working, Temperature and sheet metal forming, Applications Sheet Metal Parts, Categories of sheet metal processes, Shearing, stages in shearing action, Punch and Die Sizes, Sheet Metal Bending
This document lists various industrial hose part numbers categorized by their application, including hoses for air/gases, water, various uses, vapor, chemicals, petroleum/derivatives, bulk materials, food, and new products. It also lists fitting part numbers made of stainless steel, aluminum, bronze, and other materials.
Pneumatic fittings, air fittings, push to connect fittings, push in fittings, air line fittings, DOT Air Brake Fittings, Brass Air Fittings, one touch tube Fittings, Stainless steel push in fittings, One Touch Fittings, Air Flow Control Valve
The document discusses milling fixtures and their components. Milling fixtures securely hold workpieces for milling operations. They have locating elements to precisely position workpieces and clamping elements to securely hold them against cutting forces. Key components of milling fixtures include a base, tenons to locate the fixture on the machine table, setting blocks to position cutters, and clamps or vices to hold workpieces in place. Different types of milling fixtures are used for operations like face milling or gang milling and can have mechanical, hydraulic or pneumatic clamping systems.
Cutting speed refers to the rate at which a cutting tool passes over the material surface and is commonly measured in meters per minute. Cutting speed depends on factors like the material, tool, depth of cut, and feed rate. Harder materials and tool materials allow for higher cutting speeds, while softer materials and tools require lower speeds. The cutting speed can be calculated using the spindle speed in revolutions per minute and the tool diameter. Feed rate refers to how quickly the tool is advanced into the workpiece during drilling and depends on factors like the tool, desired surface finish, machine power, and material properties.
1. Shaft couplings are used to connect shafts that are manufactured separately or to introduce flexibility between shafts. The main types are rigid and flexible couplings.
2. Rigid couplings transmit torque without losses but require perfectly aligned shafts. Flexible couplings allow for misalignment. Common rigid couplings are sleeve, clamp, and flange couplings.
3. Flange couplings use separate cast iron flanges keyed to each shaft end and bolted together. The flanges and bolts are designed to transmit the torque between the shafts. Flexible couplings like bush pin couplings introduce mechanical flexibility.
This document provides definitions and explanations of various press tools and manufacturing processes. It discusses different types of press tools like molds, jigs, fixtures, and gauges. It defines common press tool operations like blanking, piercing, cutting, forming, and bending. It also provides details on tool elements, materials, and calculations for determining forces, clearances, and capacities involved in press tool operations.
The document summarizes the key steps in the fixture design procedure: 1) locating, 2) clamping, 3) supporting, 4) applying cutter guides, and 5) drawing the fixture outline. It discusses locating and degrees of freedom, describing how locating elements are used to restrict the six degrees of freedom of an object. Specific examples are provided to illustrate how locating points can be applied to a rectangular block to restrict its motion and rotations. The document also discusses clamping elements, support, cutter guidance, and completing the fixture body. Common locating principles like six-point location, 3-2-1 principle, and 4-2-1 principle are explained.
1. The document describes different types of moulds used in plastic injection molding including two plate, three plate, split cavity, side core, and hot runner moulds.
2. A split cavity mould is suitable for moulding components with all-round external undercuts and uses sliding splits, angular lifts, or pins for actuation.
3. A side core or side cavity mould is used for components with local external undercuts and can be actuated via finger cams, dog leg cams, cam tracks, springs, or hydraulics.
1) Chip formation involves the shear deformation of work material to form a chip as new material is exposed during cutting.
2) There are four basic types of chips in machining: continuous, discontinuous, serrated, and those with built-up edge (BUE).
3) The type of chip formed depends on factors like the work material, tool geometry, cutting speeds and feeds, and machining environment. Understanding chip formation helps optimize the machining process.
This document provides information about thread cutting tools and procedures. It discusses various types of taps used to cut internal threads, including hand taps, tap sizes and sets of taps. It also discusses tap drill sizes, how to tap holes, and methods for removing broken taps. Additionally, it covers threading dies used to cut external threads and the procedures for using hand dies. The objectives are to understand thread cutting tools and processes for both internal and external threads in inch and metric systems.
This document discusses reformer tube inspection tools and issues affecting tube life. It describes an internal and external inspection system that uses laser scanning and eddy current testing to detect cracks, measure diameter expansion, and monitor creep damage in reformer tubes. Local issues like overheating, thermal shocks, and catalyst fouling can be identified. Comprehensive inspection reports are generated with results for each tube. The non-destructive testing helps assess tube condition and remaining life.
This document is the Indian Standard IS 2102 (Part 1) from 1993 that specifies general tolerances for linear and angular dimensions without individual tolerance indications in four tolerance classes (fine, medium, coarse, very coarse). It applies to dimensions of parts produced by metal removal or sheet metal forming. The standard provides tables with permissible deviations for linear dimensions, broken edges, and angular dimensions according to the tolerance class and nominal size range. It specifies that drawings should refer to this standard and indicate the tolerance class to apply the general tolerances. Features exceeding the general tolerance are not cause for automatic rejection if function is not impaired.
Advanced Manufacturing Processes PDF Full book by badebhauEr. Bade Bhausaheb
This document provides a syllabus for an advanced manufacturing processes course. The syllabus covers 6 units: 1) metal forming processes, 2) advanced welding, casting and forging, 3) advanced material processing techniques, 4) micro machining processes, 5) additive manufacturing processes, and 6) measurement techniques for micro machining. Some key processes discussed include roll forming, hydroforming, electromagnetic forming, friction stir welding, vacuum die casting, and additive manufacturing methods like powder bed fusion. Contact information is also provided.
Drill bits are cutting tools used to create cylindrical holes. They are held in a chuck and rotate to provide torque and force. Specialized bits can create non-cylindrical holes. Common drilling operations include reaming to enlarge holes, tapping to cut internal threads, counterboring, and countersinking. Twist drill bits are the most commonly used type and have a cylindrical shaft and helical flutes.
The one of the major part of CNC Machine is Cutting tools or Inserts. We need to study the Cutting tools and its nomenclature throughly and also study the materials of Cutting tools and types of tools. The Cutting tools are used to remove unwanted materials in the workpiece and to provide a good finish for a customers need.So the Cutting tools is very important to CNC Machine, if there is no cutting tool in CNC Machine, there is no CNC Machine. So the cutting tools are very important to all CNC Machines
This chapter aims to provide basic backgrounds of different types of machining processes and highlights on an understanding of important parameters which affects machining of metals with their chip removals.
Metal cutting or Machining is the process of producing workpiece by removing unwanted material from a block of metal. in the form of chips. This process is most important since almost all the products get their final shape and size by metal removal. either directly or indirectly.
The major drawback of the process is loss of material in the form of chips. In this chapter. we shall have a fundamental understanding of the basic metal process.
Surface roughness metrology deals with basic terminology of surface,surface roughness indication methods,analysis of surface traces, measurement methods,surface roughness measuring instruments such as Stylus Probe Instrument, Profilometer, Tomlinson Surface Meter ,The Taylor-Hobson Talysurf etc.This is very useful for diploma,degree engineering students of mechanical,production,automobile branch
Sheet Metal Working, Temperature and sheet metal forming, Applications Sheet Metal Parts, Categories of sheet metal processes, Shearing, stages in shearing action, Punch and Die Sizes, Sheet Metal Bending
This document lists various industrial hose part numbers categorized by their application, including hoses for air/gases, water, various uses, vapor, chemicals, petroleum/derivatives, bulk materials, food, and new products. It also lists fitting part numbers made of stainless steel, aluminum, bronze, and other materials.
Pneumatic fittings, air fittings, push to connect fittings, push in fittings, air line fittings, DOT Air Brake Fittings, Brass Air Fittings, one touch tube Fittings, Stainless steel push in fittings, One Touch Fittings, Air Flow Control Valve
The document provides information about panel saws and scoring saws for cutting materials like MDF and particle board. It includes specifications for various panel saws and scoring saws with details like diameter, number of teeth, bore size, kerf width, plate thickness, design, and intended machine applications. The purpose of using a main blade and matching scoring blade is to prevent chipping on the bottom surface of the material being cut by first scoring the lower surface ahead of the full cut by the main blade. As the main blade becomes narrower with sharpening, the scoring blade must be adjusted to maintain the same kerf width through the use of shims or adjusting the cutting depth for conic scoring saws.
100Page abut the Hydraulic & Pneumatic Components from Legines Industrial Machinery Inc.They are at https://www.legines.com/
The PDF may take you five minutes.You can see the price and the technology they use for their products.Plenty of photos there,Brass fittings is their main products.
They has passed FMVSS571.106, CMVSS 106, SAE J1401 and accept custom.
This technical report provides an American grouping system for materials classified according to the ISO 15608 grouping system. It covers ferrous materials like various grades of steel and cast iron, and non-ferrous materials like aluminum alloys, nickel alloys, copper alloys, titanium alloys, and zirconium alloys. The main body of the report consists of two tables - Table 1 provides the American grouping system for ferrous materials, listing various ASTM/ASME specifications and their corresponding ISO 15608 material group and nominal composition. Table 2 will provide the same for non-ferrous materials. This grouping system can be used for welding and other applications like heat treatment and forming.
This document provides information about various types of fasteners including bolts, screws, nuts and other hardware. It includes specifications like material, size, thread type and available lengths for each item. The fasteners are organized into sections based on type such as hex bolts, lag screws, machine screws and nuts. Both imperial and metric sized options are listed along with part numbers to identify each unique item.
This document provides specifications for hardened steel and stainless steel thrust washers. It lists bore sizes from 3/16" to 2" for steel washers and 3/16" to 1/2" for stainless steel washers. Dimensions including bore diameter, outside diameter, and thickness are provided along with tolerance information and catalog numbers to identify each washer size. Standard tolerances for different dimensions are also specified.
This document provides information about Fujian Tongyue Pipe Fittings Co., Ltd., including:
1. The company address and website.
2. An overview of the copper fittings and pipes they produce, listing various sizes and types.
3. Details on advantages of their disperse pipes, such as thicker tees, uniform welding, and pressure testing.
4. Charts listing pipe sizes for different models of air conditioner and heat pump pipes.
So in summary, this document outlines the product offerings and quality advantages of a Chinese manufacturer of copper fittings and pipes.
The document contains 18 figures showing brain sections at different interaural and bregma coordinates. Various brain regions are labeled on each section, including areas like the cingulate cortex, piriform cortex, lateral septum, and others. The figures appear to show coronal brain sections from rat brain at progressively more anterior locations.
The document provides installation instructions for mechanical positive cam cable connectors. It describes 6 steps for installing the connectors: 1) trim the connector cover to fit the cable, 2) slip the cover over the cable, 3) trim the cable insulation back 1-3/16 inches, 4) insert the copper cable into the connector and tighten the ball-point screw, 5) slip the cover over the connector and install/tighten the cover screw, 6) it also includes a chart recommending cable sizes for different welding amperages and circuit lengths.
Welding torches as one of acePRO Torch’s main series for over 18 years. The company’s gas welding torch covers variety fuels, such as acetylene, propane, natural gas and LPG etc. to fit all your welding work.
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Prescriptive analytics BA4206 Anna University PPTFreelance
Business analysis - Prescriptive analytics Introduction to Prescriptive analytics
Prescriptive Modeling
Non Linear Optimization
Demonstrating Business Performance Improvement
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We take a look at everything that you need to know in order to deploy effective WhatsApp marketing strategies, and integrate it with your buyer journey in HubSpot. From technical requirements to innovative campaign strategies, to advanced campaign reporting - we discuss all that and more, to leverage WhatsApp for maximum impact. Check out more details about the event here https://events.hubspot.com/events/details/hubspot-new-delhi-presents-unlocking-whatsapp-marketing-with-hubspot-integrating-messaging-into-your-marketing-strategy/