Technical Information
100Pages

^Q^B^P^ HIGHLIGHT TECH CORP. There is always something to do with vacuum tech in life.

Industrial Application of Vacuum Coating 11-1 Graphic Symbols for Important Components Used in Vacuum Technology 11 -8 Periodic Table of the Elements 11-11 Stainless .Steel Specification Table 11-13 Stainless steel grade chart 11-17 Chemical Resistance Legend 11 -25 Chemical Resistance Chart 11-44 Target Material yield & deposition rate for Sputtering 11 -64 Evaporation and sputtering technical data 11-65 SECTION CONTENTS Boiling Point of Water at Various

Industrial Applications of Vacuum Coating What is Vacuum Coating? Thinner,lighter,more environmentally friendly,and better performance. Vacuum Coating is the most widely used thin film technology in the world these days.In a ultra high vacuum environment, the target material is vaporized into extremely small particles. As the particles deposit on the substrate, they create a strikingly beauitful layer of coat resistant to wearing, high temperatures and erosions. There are two vaporizing mechanisms:Physical Vapor Deposition (PVD) and Chemical Vapor Deposition (CVD) thin film of deposition ^...

Industrial Applications of Vacuum Coating Flat panel displays Solar photovoltaic Food packaging Vacuum coating is a key technology for use in multiple industries. Adhering to strict international environmental protection standards, this technology replaces traditional, more polluting electroplating process. As such, this technology is a must for green industries such as solar energy and LED producers. Creating a new-low in pollution and a new-high in adding value to life, Vacuum Coating is worthy of technical and ecological honor. Dimension in mm unless otherwise noted All information...

TECHNICAL INFORMATION HIGHLIGHT TECH CORP.

Dimension in mm unless otherwise noted All information contained herein was current at time of publication, we reserve the right to change the design/specification for products improvement without notice.

Conversion Table kgf/cm2 Pa mbar torr micron atm psi

Dimension in mm unless otherwise noted All information contained herein was current at time of publication, we reserve the right to change the design/specification for products improvement without notice.

^ ^ • For example, to convert 20°C into °F, find the number 20 in the center of the first column. By referring the °F column on the right, it will be found that 20°C equals 68.0°F. • To convert 20°F into °C, refer to the °C column on the left and it will be found that 20°F equals -6.7°C. ^^^^ Dimension in mm unless otherwise noted All information contained herein was current at time of publication, we reserve the right to change the design/specification for products improvement wi

Graphic Symbols for Important Comonents Used In Vacuum Technology. (Extract from DIN 28 401 Std. Spec.) Vacuum Pumps Rotary plunger vacuum pump Radial flow Diffusion pump Getter pump Rotary piston vacuum pump Vacuum pump, vacuum pump Sliding vane rotary vacuum Piston vacuum Ejector vacuum Roots vacuum Liquid ring vacuum pump Turbine vacuum pump, general Baffle, general trap with heat Cold trap, general Cold trap with coolant reservoir Cooled baffle Sorption trap trap, general

Vacuum Chamber Vacuum chamber Isolating Devices Butterfly valve Gate valve Safety shut- Isolating valve, throught valve Valve Actuation Electric motor

Connections / Tubes Branch-off point Threaded tube Clamped flange flexible tubing) Liner motion Intersection of two ducts with connection (Subject to international provision still to be agreed on, a contact point may be inserted for improved clearness) ducts without Small flange Vacuum gauge Vacuum gauge Measurement of throughput control unit (This symbol must be used only in the position shown) General Symbol General symbol for vacuum (This symbol must be used only in the position shown)

Periodic Table of the Elements Numbers in parenthesis are mass numbers of most stable or most common isotope. Atomic weights corrected to conform to the 1963 values of the Commission on Atomic Weights. The group designations used here are the former Chemical Abstract Service numbers.

TECHNICAL INFORMATION HIGHLIGHT TECH CORP. Stainless Steel Specification Table Dimension in mm unless otherwise noted All information contained herein was current at time of publication, we reserve the right to change the design/specification for products improvement without notice.

HIGHLIGHT TECH CORP. Dimension in mm unless otherwise noted All information contained herein was current at time of publication, we reserve the right to change the design/specification for products improvement without notice.

Stainless Steel Specification Table | These are austenitic grades These are ferritic grades These are ferritic-austenitic grades (otherwise known as Duplex and Superduplex)

Stainless steel grade chart Note 1: Single values are maxima unless otherwise stated. Note 2: Hardness specification limits given are HRB = Rockwell B scale, HRC = Rockwell C scale, HB = Brinell Hardness. Note 4: Mechanical properties shown are for the commonly available form listed; properties of other forms for the grade may vary.

Note 1: Single values are maxima unless otherwise stated. Note 2: Hardness specification limits given are HRB = Rockwell B scale, HRC = Rockwell C scale, HB = Brinell Hardness. Note 4: Mechanical properties shown are for the commonly available form listed; properties of other forms for the grade may vary.

Stainless steel grade chart Single values are maxima unless otherwise stated. Hardness specification limits given are HRB = Rockwell B scale, HRC = Rockwell C scale, HB = Brinell Hardness. Mechanical properties shown are for the commonly available form listed; properties of other forms for the grade may vary.

HIGHLIGHT TECH CORP. Properties and typical applications Austenitic stainless steels Excellent resistance to scaling and useful creep strength at temperatures up to 1150°C. Combination of strength and ductility to withstand severe forming methods. Corrosion resistance comparable to 302. Rail cars, automotive components. Wire for severe cold heading such as the manufacture of cross recess screws. Corrosion resistance at least equivalent to type 304. Free machining grade. Domestic and mild industrial environment. Water low in chlorides. Nuts and bolts, shafts, fittings. Corrosion resistance...