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Karachi Tools, Dies & Moulds Centre
KTDMC
A Teaching Factory
Endeavoring Towards Enhancement of Occupational Competencies
Contact us:
Faisal Munir Head Trainings
Karachi Tools, Dies & Mould Centre Sector No. 38, NC No. 24, Korangi Creek Industrial Park, Adjacent to Pakistan Refinery
Limited, Korangi Industrial Area, Korangi Creek Road, Karachi, Pakistan Ph: (92-21) 5121888 & 5121891 Fax: (92-21) 5121890 Cell: 0322-3306650, Email: [email protected]
Muhammad Zaheer Academic/Industrial Liaison Executive Karachi Tools, Dies & Mould Centre
Sector No. 38, NC No. 24, Korangi Creek Industrial Park, Adjacent to Pakistan Refinery Limited, Korangi Industrial Area, Korangi Creek Road, Karachi, Pakistan
Ph: (92-21) 5121888 & 5121891 Fax: (92-21) 5121890 Cell: 0333-3634507, Email: [email protected]
Ibrahim Saeed Bhamji
Head Business Development Karachi Tools, Dies & Mould Centre
Sector No. 38, NC No. 24, Korangi Creek Industrial Park, Adjacent to Pakistan Refinery Limited, Korangi Industrial Area, Korangi Creek Road, Karachi, Pakistan
Ph: (92-21) 5121888 & 5121891 Fax: (92-21) 5121890 Cell: 0321-3698576, Email: [email protected]
1
Table of Contents
Introduction of Karachi Tools, Dies & Moulds Centre ..................................................................... 2
Courses offered at KTDMC ............................................................................................................... 4
Computer Aided Designing (CAD) ................................................................................................ 5
Computer Aided Manufacturing (CAM) ....................................................................................... 6
Sheet Metal Die Design ................................................................................................................ 7
Injection Mould Design ................................................................................................................ 8
CNC Machining ............................................................................................................................. 9
Bench Work ................................................................................................................................ 10
Lathe Machine ........................................................................................................................... 10
Milling Machine ......................................................................................................................... 11
Grinding Operation .................................................................................................................... 11
Welding Operation ..................................................................................................................... 12
Machine Maintenance (CNC & Conventional) ........................................................................... 13
Reverse Engineering .................................................................................................................. 17
Inspection & Verification ........................................................................................................... 17
Material Sciences and Heat Treatment ..................................................................................... 17
Designing and Manufacturing Using Pro-E ................................................................................ 18
Designing and Manufacturing Using Unigraphics Nx ................................................................. 18
Designing and Manufacturing Using CATIA V5R19 .................................................................... 18
Diploma in Dies and Moulds ...................................................................................................... 19
EQUIPMENTS & SOFTWARES FACILITIES ....................................................................................... 21
HEAT TREATMENT FACILITY ........................................................................................................... 26
2
Introduction of Karachi Tools, Dies & Moulds Centre
Respected Sir / Madam
Karachi Tools, Dies and Moulds Centre is a project setup by Ministry of Industries &
Production Government of Pakistan to provide training and services to upgrade the
professional skills of Technicians and Professionals to learn Tools Dies and Moulds
making technologies including computer aided designing and manufacturing.
The machining and heat treatment facilities are placed in workshop hall having 20,000
sft area and CAD / CAM training software 100 units are housed in academic block
adjacent to workshop hall. The centre has capability to train 850 students through long
and short courses including one year diploma course, while on job training the centre
can produce 25-30 dies & moulds / annum.
A full-fledged heat treatment plant for vacuum hardening and nitriding of Dies, Moulds
and Toolings made by SECO / WARWICK, Poland is commissioned in April 2009.
(Furnaces Capacity: 600X600X900 mm with maximum loading 800 kg each).
KTDMC started functioning since January 2008. Since then we have trained more than
500 students in short term courses as well as we started One year diploma in Dies &
Mould making in September 2008 comprising of 25 students Currently we are running
our fourth session of Diploma.
We have already produced more than 50 dies and moulds of medium & large size while
“on-the-job training” of semi-skilled and skilled workmen.
Upon your kind visit to our facilities, you may realize that we can help your business a
lot.
Sardar Akhtar Khan
Managing Director
3
TRAINING FACILITIES
S.# Course Duration Fee
1 Computer Aided Designing(CAD) 50 Hours 10,000
2 Computer Aided Manufacturing(CAM) 50 Hours 10,000
3 Sheet Metal Die Design 50 Hours 10,000
4 Injection Mould Design 50 Hours 10,000
5 CNC Machining 50 Hours 10,000
6 Bench Work 50 Hours 10,000
7 Lathe Machine 50 Hours 10,000
8 Milling Machine 50 Hours 10,000
9 Grinding Operation 50 Hours 10,000
10 Welding Operation 50 Hours 10,000
11 Machine Maintenance(CNC & Conventional) 50 Hours 10,000
12 Reverse Engineering 50 Hours 10,000
13 Inspection & Verification 50 Hours 10,000
14 Material Sciences and Heat Treatment 50 Hours 10,000
15 Designing and Manufacturing Using Pro-E 6 Months 8,000/Month
16 Designing and Manufacturing Using Unigraphics Nx 6 Months 8,000/Month
17 Designing and Manufacturing Using CATIA V5R19 6 Months 8,000/Month
18 Diploma in Dies and Moulds 01 Year 2,000/Month
Courses 1- 5 are offered on one of the following softwares
1. Unigraphic Nx
2. Pro-Engineer
3. CATIA
Courses offered at KTDMC
5
1 Course Title: Computer Aided Designing (CAD)
Duration: 50 Hours
Introduction of CAD & CAM o Introduction of CAD
o Requirement of CAD
o Introduction of Software
Solid Modeling: o Creating Sketches
o Constraining
o Feature Modeling
o Assemblies
Free Form Modeling: o Using meshes of curves
o Swept and N sided surfaces
o Styled surfaces
o Blending surfaces
o Editing free form surfaces
o Sections & Extension
o Transition Shapes
o Editing Spines & curves
Assembly Modeling:
o Understanding assembly theory
o Creating new assembly models
o Understanding assembly constraints status
o Understanding constraint theory
o Creating and managing explode states
Standard Drafting: o Introduction to drafting
o Working with views
o Dimensioning
o Assembly drawing
o Exploded views
6
2 Course Title: Computer Aided Manufacturing (CAM)
Duration: 50 Hours
Introduction of CAD & CAM o Introduction of CAD
o Introduction of CAM
o Requirement of CAM
o Introduction of Software
Solid Modeling: o Creating Sketches
o Constraining
o Feature Modeling
o Assemblies
Common Manufacturing Functions o Overview of the Common Manufacturing Functions
o The Operation Navigator
o Manufacturing Objects
o Manufacturing Operations and Sequences
o Post processing
Surface Contouring o Overview of the Surface Contouring
o Area Milling
o Flow Cutting
o Radial Cutting
o Engraving
o Surface Area Cutting
o Contour Profiling
Planar and Cavity Milling o Overview of the Planar and Cavity Milling
o Planar Milling - Introduction and Profiling
o Engrave Text
o Face Milling
o Cavity Milling
o Z-Level Milling
o Planar and Cavity Milling Project
7
3 Course Title: Sheet Metal Die Design
Duration: 50 Hours
Introduction of CAD & CAM o Introduction of CAD
o Introduction of CAM
o Introduction of Software
o Solid and Surface Modeling
o Assembly Modeling
o Standard Drafting
Die Design Basics o Basic parts of Die Assembly
o Sheet metal part Development
o Punch & Die Designing
o Draw & Bending Tool
o Combined Tool
o Blanking Tool
Die Development o Initiating die project on UG
o Importing Die base
o Strip & scrap layout
o Assembling Die
o Blank Layout
o Inserting standard Die part
8
4 Course Title: Injection Mould Design
Duration: 50 Hours
Introduction of CAD & CAM o Introduction of CAD o Introduction of CAM o Introduction of Software o Solid and Surface Modeling o Assembly Modeling o Standard Drafting
Mould Design & Development o Basic parts of a Mould o Understanding Mould Assembly o Mould Designing Techniques o 2 Plate Mould o Split cavity o Side Core & Cavity o Cooling lines o Gating system
Mould Wizard o Initiating project on Mould Wizard o Shrinkage o Importing Mold Base o Extracting Core & cavity o Assembling mould o Extracting Side Core & cavity o Assembly Actuation with Finger/Dogleg Cam
9
5 Course Title: CNC Machining
Duration: 50 Hours
o Introduction to machining
o Primary cutting techniques
o Secondary cutting techniques
o Basic Cutting requirements: Velocity, Feed, DOC
o Introduction to Tool Geometry: Tool types, Milling cutters,
Roughing and Finishing cutters.
o Drills
o Inserts
o Tool accessories.
o Cutting Arbor types
o Programming
o Introduction
o Programming Configuration
o Programming Format
o Programs, Examples
o Control Panel: how to use
Practice o Job fixing
o Use of dial indicator
o Practice
o Practical on Machines: Job making
o Introduction to CNC Turning Centre
o G and M code for CNC lathe
o Practical on Machines: Job making
10
6 Course Title: Bench Work
Duration: 50 Hours
Bench Work o Safety Precautions o Clamping Devices o Measuring Tools o Comparing Tools o Filling Operation o Cutting Operation o Drilling Operation o Tapping Operation o Reaming Operation o Fitting and Assembly o Polishing (Mould/Die)
7 Course Title: Lathe Machine
Duration: 50 Hours
Lathe Machine o Safety Precautions o Turning Operations o Boring Operation o Threading Operation o Drilling on Lathe o Tapping on Lathe o Reaming on Lathe o Tools Selection o Tool Grinding o Lathe Maintenance
11
8 Course Title: Milling Machine
Duration: 50 Hours
Milling Machine
o Safety Precautions
o Facing Operation
o Side Milling
o Use of Rotary Table
o Use of Indexing Head
o Universal Milling Machine Operation
o Cutter Selection
o Cutter Re-Grinding
o Feed/RPM/Depth of Cut
o Milling Maintenance
9 Course Title: Grinding Operation
Duration: 50 Hours
Grinding Operation
o Safety Precautions
o Cylindrical Grinding
o Surface Grinding
o Tools & Cutter Grinding
o Pedestal Grinding
o Pin Grinding/Disc Grinding
o Wheel Selection
o Dressing of Wheel
o Maintenance Of Grinding
12
10 Course Title: Welding Operation
Duration: 50 Hours
Introduction
Safety Precautions
Types of Welding Operations
o Tig Welding
o Electric Arc Welding
o Mag Welding
o Spot Welding
o Gas Welding
Welding Requirement and Selection
Welding Procedures
Die/Mould Maintenance
Welding Electrode Materials
Welding Parameters
13
11 Course Title: Machine Maintenance (CNC & Conventional)
Duration: 50 Hours
CNC Milling
Introduction
o General Information about CNC Milling Machines
o Introduction and details about different types of controllers
o Details about Vertical machining center Motors and drives
o Briefing about Machine Control cabinet
Troubleshooting of CNC Machines (Milling) FANUC controller o Alarm No and Brief Description
o Alarm No in series 15 (Servo Alarms and Spindle Alarms)
o Alarm No in series 0-C series (Servo Alarms and Spindle Alarms)
o Alarm No in series 16,18 and 20 (Servo Alarms and Spindle
Alarms)
Troubleshooting and Action
o Power Supply Module
o Alarms Code 1 ~ 7
o Servo amplifier Module Abnormal Current
o IPM alarms
o Control Power Supply under voltage alarms
o DC Link Under Voltage Alarm
o Fan Stopped Alarm
o Current Conversion Error Alarm
o Over load alarm
o Feedback disconnected Alarm o Motor Overheat Alarm o Invalid Servo Parameter Alarm o Spindle Amplifier Alarm and How to Replace the Fuses Drives and PCB‟s
o Alarm A0, A1 and AL 01- AL 56
o Replacing the Fuses Connections , Casing and PCB‟s in Power
Supply Module (Practical Training)
o Replacing the Fuses Connections , Casing and PCB‟s in Servo
Amplifier (Practical Training)
o Replacing the Fuses Connections , Casing ,PCB‟s, and ROM and
Detection module in Spindle Amplifier (Practical Training)
14
CNC Lathe
Introduction
o General Information about CNC Lathe Machines o Introduction and details about different types of controllers o Details about vertical machining center Motors and drives o Briefing about Machine Control cabinet
Troubleshooting of CNC Machines (Lathe) FANUC controller o Alarm No and Brief Description o Alarm No in series 15 (Servo Alarms and Spindle Alarms) o Alarm No in series 0-C series (Servo Alarms and Spindle Alarms) o Alarm No in series 16, 18 and 20 (Servo Alarms and Spindle
Alarms) Troubleshooting and Action
o Power Supply Module o Alarms Code 1 ~ 7 o Servo amplifier Module Abnormal Current o IPM alarms o Control Power Supply under voltage alarms o DC Link under Voltage Alarm o Fan Stopped Alarm o Current Conversion Error Alarm o Over load alarm o Feedback disconnected Alarm o Motor Overheat Alarm o Invalid Servo Parameter Alarm
Spindle Amplifier Alarm and How to Replace the Fuses Drives and PCB’s
o Alarm A0, A1 and AL 01- AL 56 o Replacing the Fuses Connections, Casing and PCB‟s in Power
Supply Module (Practical Training) o Replacing the Fuses Connections, Casing and PCB‟s in Servo
Amplifier (Practical Training) o Replacing the Fuses Connections, Casing, PCB‟s, and ROM and
Detection module in Spindle Amplifier (Practical Training) Wire Cut
Wire Cut General Introduction o Wire Cut machine Introduction o General Safety Instructions o Machine Control Cabinet descriptions o Machine Software descriptions
System Troubleshooting o Sparking Energy in abnormality o Unstable Cutting Status A
15
o Unstable Cutting Status B o No Voltage When Edge Finding o No Function of start Button o No Function of Edge finding o Water Conductivity out of Control o No Function on Vertical Alignment o Noise in Z axis o No function of Power Button
System Troubleshooting o Display in abnormality o Unable to Launch the control system o Unable to Move each Axis o Unable to Move one Axis o Tension wheel out of Control o Speed Wheel out of control o Threading Button out of control o High pressure Motor out of Control o No Gap Voltage
Software Troubleshooting o System Parameter description and settings (Practical) o Software Installation (CHMER) (Practical) o Error Messages Description and solution from 001 ~ 108 o PLC Parameter setting
EDM
EDM General Introduction o EDM machine Introduction o General Safety Instruction o Machine Control Cabinet description o Machine Software description
Basic Maintenance (Description of General Troubleshooting) o Machine Unable to reboot o x, y, z axes can‟t do movement. o Function Edge finding not available o Machine unstable o Arcing easily during machining o Electrode wearing rate too big
Description of General Troubleshooting o Machining Speed Slowly o Jostle Mold (Z- Axis non - stop caused Arcing during process) o No jumping on Process. o Gap Voltage too high or too low o Sparking without voltage Z axis goes up o Dielectric no comes out.
Software Troubleshooting o System Parameter description and settings (Practical)
16
o Software Installation (CHMER) (Practical) o Error Messages Description and solution from 001 ~ 108 o PLC Parameter setting
Conventional Machines
Lathe
o Introduction o General safety precaution of Lathe o Handling of Electrical equipments of Lathe o Specification of Lathe o Types of Lathe o Drives of Lathe o Recharging of oils o Replacement of Belts o Replacement of Coolant o Preventive Maintenance Schedule and Charts
Milling o Introduction o General Safety precaution of Milling o Handling of Electrical Equipments of Milling o Specification of Milling o Types of Milling o Drive of Milling o Recharging of Oils o Replacement of Belts o Replacement of Coolant o Preventive Maintenance Schedule and Charts
Grinding o Introduction o General Safety Precaution of Grinder o Handling of Electrical Equipments of Grinder o Specification of Grinders o Types of Grinders o Hydraulics and Sensors of Grinders o Recharging oils and replacement of Filters o Replacement of Belts o Replacement of Coolant o Preventive Maintenance Schedule and Charts
17
12 Course Title: Reverse Engineering
Duration: 50 Hours
Introduction Safety Precautions Reverse Engineering through Physical Part Reverse Engineering through 2D Drawing Reverse Engineering Tools 3d Scanner CMM Rapid Form XOR Verification
13 Course Title: Inspection & Verification
Duration: 50 Hours
Measurements Tolerances and Fits QA & QC 3D Scanner CMM Rapid Form XOV Verification
14 Course Title: Material Sciences and Heat Treatment
Duration: 50 Hours
Introduction to Vacuum Heat Treatment Heat Treatment of various types of steels Types of various heat treatment furnaces Types of quenching medias Introduction to heat treatment processes Vacuum Annealing process Vacuum Normalizing process Vacuum Hardening process Tempering Process Vacuum Nitriding Inspection & Testing of metals Metallography of steels
18
15 Course Title: Designing and Manufacturing Using Pro-E
Duration: 6 Months
Solid Modeling Surface Modeling Assembly Modeling Drafting Manufacturing (CAM) Simulation/Animation
16 Course Title:
Designing and Manufacturing Using Unigraphics
Nx
Duration: 6 Months
Solid Modeling Surface Modeling Assembly Modeling Drafting Manufacturing (CAM) Simulation/Animation
17 Course Title:
Designing and Manufacturing Using CATIA
V5R19
Duration: 6 Months
Solid Modeling Surface Modeling Assembly Modeling Drafting Manufacturing (CAM) Simulation/Animation
19
18 Course Title: Diploma in Dies and Moulds
Duration: 01 Year
Theory Courses
o Applied Math
o Technical Drawing
o Metrology and Gauges
o Inspection and Verification
o CIM and Electrical Technology
o Material Sciences
o CNC Programming
o Industrial Practices
Practical Courses
o Workshop Practices 1
o Workshop Practices 2
o CNC Machine 1
o CNC Machine 2
o Plastic Moulds
o Basic Dies (Draw & Blank Dies)
o Advance Dies (Compound & Progressive Dies)
o Final Project-1
o Final Project-2
20
DIE & MOULD FACILITIES
21
EQUIPMENTS & SOFTWARES FACILITIES INTRODUCTION:
Today new breed of necessities rely heavily on components made by Dies & Moulds.
At KTDMC, we are engaged in the dedicated designing and manufacturing of dies
and Moulds by using state of art tangible and intangible technological assets. The
applications are highly versatile, including automobile parts, consumer goods, gas
meters, electrical accessories etc. Our company produces various sizes of dies and
moulds, enveloping the demand of Jigs, Fixtures & Toolings as well.
Sheet Metal Dies.
Injection Moulds.
Die Casting Moulds.
Die and Mould Accessories.
Jigs and Fixtures
OUR FACILITY:
KTDMC is equipped with state of the art CAD/CAM & Mould Analysis Softwares,
Machining Centres, Heat Treatment Equipments & supporting facilities.
1-Softwares:
100 seats of Unigraphics NX V
100 seats of Imageware
50 seats of Pro Engineer Licensed software
50 seats of CATIA licensed Software
15 seats of Rapid form XOR and XOV licensed Software
Mould EX 3D licensed software
Pro CAST licensed software
3 D scanners from GOM: ATOS 1 (accuracy 6 microns)
Rapid Form XOS / XOR/ XOV software
(For Scanning, Redesigning and Verification)
22
2-CNC Machining Centres
CNC Double column VMC (Hard ford) 2150
(Bed Size: 2000x1500x920) mm
CNC VMC 1600 SG
(Bed Size: 1600x800x660) mm
CNC VMC 1000 SP
(Bed Size: 1000x600x510) mm
CNC VMC 800 SP
(Bed Size: 800x510x510) mm
CNC Turning Centre DAEWOO
Max Turning Dia: 420mm
Max Turning Length: 648 mm
CNC EDM - CM323C
Work tank size (X x Y x Z): 820x500x300mm
CNC EDM CM434C:
Work tank size (X x Y x Z): 1050x630x350mm
CNC EDM - CM655C:
Work tank size (X x Y x Z): 1450x950x550mm
CNC EDM - CM865C:
Work tank size (X x Y x Z): 1600x1000x550mm
CNC Wire Cut - CW420HF:
Max. Work piece size (X x Y x Z): 800x600x215mm
CNC Wire Cut - CW530HF:
Max. Work piece size (X x Y x Z): 900x650x255mm
CNC Wire Cut - CW850HF:
23
Max. Work piece size (X x Y x Z): 1200x800x295mm
CNC Wire Cut - CW1060HF:
Max. Work piece size (X x Y x Z): 1460x900x295mm
3-Heat Treatment equipment
(Vacuum Electric Furnace, Nitriding Furnace)
Capacity: 600X600X900 mm with maximum loading 800 kg each.
4-Welding Equipment
(Shielded Metal Arc Welding (SMAW) Equipment, Gas Tungsten Arc
Welding (GTAW) - TIG
5-Die Spotting Hydraulic Press
(100 Ton Capacity)
6-Supporting Conventional Machines:
No of Machines
Bed Type Milling 02
Turret Type Milling 02
Radial Drilling Machine 01
Upright Drilling Machine 02
Surface Grinding Machine 02
Cylindrical Grinding Machine 01
Universal Tool & Cutter Grinder 01
Conventional Lathe 02
24
SIMULATION SOFTWARES
Pro-Cast
It is used to simulate pressure Die Casting parts and Moulds
Mouldx-3D
It is used to simulate plastic parts and Moulds
Auto Form
It is used to simulate sheet metal parts and Dies
CLIENT LIST
SSGC
DYL
BWL
NJ Autos
Honda Motorcycle
SMPL
Synthic Fibre
Ideal Plastic
Decent Plastic
Millat Tractor
PMT
PMTF
Loads
Siemens
Areva
AERO
Procon
Pak Fan
Shabbir Tile
Auvitronics
25
HEAT TREATMENT FACILITIES
26
HEAT TREATMENT FACILITY
State of Art latest Vacuum Hardening and Nitriding Furnace of Seco/Warrwick Poland is installed and commissioned by Foreign Experts in KTDMC. 1-Specifications of Hardening Furnace (VPT)
FURNACE DATA
Useful dimensions (W x H x L) 600 x 600 x 900 mm
Maximum load gross weight 800Kg
TEMPERATURE
Maximum operating temperature 13500C
Working temperature-vacuum heating 600-13000C
Working temperature-convection heating 150-7500C
Temperature uniformity (from 1500C to 13000C)
±50C
GAS COOLING
Max. gas pressure during cooling cycle 10bar abs.
VACUUM
Operating vacuum 10-3 mbar range
Ultimate vacuum 5 x 10-2 mbar (0r better)
Max. Leak rate (clean, cold & empty furnace)
1 x 10-3 mbar x l/s
VACUUM CHAMBER
Volume 5, 5 m3
HOTZONE
Structure mild steel
Thermal Insulation Hard felt graphite boards/Soft felt
Heating elements Graphite
Heating power 150kW
Number of heating power control zones
one
Heating element distribution all around workload
Type of heating elements low voltage heating bands
PUMPING SYSTEM
Rotary piston pump 280m3/h
27
1-Usage of Hardening Furnace: Heat Treatment of Hot + Cold working Die, Tool Steel Like H-11 + H-13 + HSS on international standards, for Vacuum Hardening of High Precision intricate shape/design of Pressure Die Casting Moulds & Dies for Gas Meters, Motorcycles, Cars, Plastic Injection Moulds etc. on international standards. 2-Specifications of Nitriding / Tempering Furnace (VTR)
FURNACE DATA
Useful dimensions (W x H x L) 600 x 600 x 900 mm
Maximum load gross weight 1320 lbs (800Kg)
Maximum operating temperature 7500C
Minimum operating temperature 1500C
Temperature uniformity ±100F (±50C)
Maximum operating pressure 1050 mbar
Purging Vacuum range10-1 mbar
Maximum leak rate 3 x 10-3 mbar x l/s
FURNACE CHAMBER
Structure Mild Steel
Thermal Insulation Ceramic insulating fiber blankets
Heating elements Kanthal A 1
Heating power 75KW
Heating zones one
Heating elements distribution all around work load
Type of heating elements heating coils
RETORT
Retort volume 46ft3 (1, 3 m3)
PUMPING SYSTEM
Rotary vane pump 130 cfm (200 m3/h)
CONVECTION FAN
Motor Power 7.4 HP (5, 5 kW)
COOLING SYSTEM
Gas filling valve DN25
28
2-Usage of Nitriding Furnace: For vacuum tempering & vacuum Nitriding of Pressure Die Casting Moulds, Dies of Gas Meters, Motorcycles, Cars, Plastic Injection Moulds etc. on international standards. Heat Treatment Prices: For the convenience of heat treatment customers and giving the best rates, we have started to announce the dates for heat treatment cycles a week before the cycle. Our best competitive rate (for a minimum load of 600kg) is as follows:
S. Items Description Total in PKR/Kg (excluding GST & FED)
1.
Vacuum Hardening & Tempering for Air Quenching Materials i. Weight above 50 Kgs ii. Weight under 50 Kgs*
200/- 250/-
2. Gas Nitriding (Surface Hardening) i. Weight above 50 Kgs ii. Weight under 50 Kgs*
250/- 300/-
*A minimum of Rs 3000/- is always charged in any case. Note: It is requested to please bring a small test sample for reference and material confirming certificate (if available). KTDMC shall not be responsible for the results if material doesn‟t accompany certificate and the respective payments shall have to be made. To enable you receive our announcement emails, kindly register your email address by sending an email to the email address below mentioning „Registration for HT Announcements‟ in the subject line. We assure you that the Karachi Tools Dies and Moulds Centre is equipped with the state of the art Heat Treatment facility and have qualified engineers who have the ability and expertise to deliver your works.
29
Ibrahim Saeed Bhamji Head Business Development Karachi Tools, Dies & Moulds Centre Sector 38, NC No.24, Adjacent to Pakistan Refinery Limited Korangi Creek Industrial Park, Karachi Pakistan. Tel: 0092 21 3512 1888, 3512 0499, 3512 0500 Fax: 0092 21 3512 1890 http://www.ktdmc.com [email protected]
