ALUMINIUM EXTRUDED PROFILES Schimmer Metal Standard Company Limited Factory : 1/4 Moo 7 T. Banthew A. Sena Ayutthaya Thailand Tel: +66 (0) / 83Fax: +66 (0) Office : 1070/4-6 Phaholyothin road, Ladyao, Jatrujak, Bangkok Thailand Tel: +66 (0) / 28Fax: +66 (0) Website: Published by Schimmer Metal Standard Co., Ltd. Published Year: 2004 All Rights Reserved

Table of Contents Page 2 Page 1. Thailand Industrial Standard 3 2. Chemical Composition Limits 4 3. Terms & Definition of Aluminium Extrusion 5 4. Cross-sectional Dimension Tolerances 7 5. Hardness and Mechanical Properties 8 6. Shopfront & Doors 9 7. Sliding Doors & Windows Tee Bar Fly Screen Spandral Transportation Sunshade Curtain Walls Casement Doors & Windows Round Bars Square Bars Flat Bars Equal Angles Unequal Angles Unequal Channel Square Tubes Rectangular Tubes Round Tubes 73

THAILAND INDUSTRIAL STANDARD Page 3

CHEMICAL COMPOSITION LIMITS Page 4

FAs fabricated. Applies to wrought products that acquire some temper from shaping processes in which no special control is exercised over the amount of strain hardening or thermal treatment. For wrought products in this temper, there are no mechanical -property limits. Applies to castings in the as-cast condition if the alloy is also regularly produced in heat treated tempers. OAnnealed (wrought products only). Applies to the softest temper of wrought products. WSolution heat treated. An unstable temper applicable only to alloys that age at room temperature after solution heat treatment. This designation is specific only when the period of natural aging is indicated; for example: W(0.5) hr). T9 Sa THeat treated to produce stable tempers other than F or O. Applies to wrought and cast products that are heat treated, with or without supplementary cold working to produce stable tempers.TheT is always followed by one or more digits. Numerals 1 through 10 indicate specific sequences of treatments: T1Naturally aged to a substantially stable condition. Applies to products in which partial solution of alloying elements is provided by elevated-temperature, rapid-cool fabrication. T2Annealed (cast products only) Designates a temper produced by a type of annealing treatment used to improve ductility and increase dimensional stability of castings. T3Solution heat treated, cold-worked, and naturally aged to a substantially stable condition. Applies to products that are cold worked to improve strength, or in which the effect of cold work associated with flattening or straightening is recognized in applicable specifications. Different amounts of cold work are denoted by a second digit. T4Solution heat treated and naturally aged to a substantially stable condition. Applies to products that are not cold worked after solution heat treatment, or in which the effect of cold work associated with flattening or straightening may not be recognized in applicable specifications. T5Artificially aged only. Applies to products that are artificially aged after an elevated-temperature, rapid-cool fabrication process, such as casting or extrusion, to improve strength and/or dimensional stability. T6Solution heat treated and artificially aged. Applies to products not cold worked after solution heat treatment, or in which the effect of cold work associated with flattening or straightening may not be recognized in applicable specifications. T7Solution heat treated and overaged. Applies to products that are solution heat treated and artificially aged beyond the condition of maximum strength, to provide controlled special characteristics, such as dimensional stability, lower residual stresses, or improved resistance to corrosion. Page 5 TEMPER DEFINITIONS

T8Solution heat treated, cold worked, and artificially aged. Applies to products that are cold worked to improve strength, or in which the effect of cold work associated with flattening or straightening is recognized in applicable specifications. Different amounts of cold work are denoted by a second digit. T9Solution heat treated, artificially aged, and cold worked. Applies to products that are cold worked as a final operation, to improve strength. T10Artificially aged and cold worked. Applies to products that are artificially aged after an elevated-temperature, rapid cool fabrication process, such as casting or extrusion, and then cold worked to improve strength. Page 6 TEMPER DEFINITIONS

CROSS-SECTIONAL DIMENSION TOLERANCES Page 7

HARDNESS vs. MECHANICAL PROPERTIES Page 8

SHOPFRONTS & DOORS Page 9

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < SHOPFRONTS & DOORS Page 10

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < A B T Page 11 SHOPFRONTS & DOORS

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < A B T Page 12 SHOPFRONTS & DOORS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 13 SHOPFRONTS & DOORS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 14 SHOPFRONTS & DOORS

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < T A B Page 15 SHOPFRONTS & DOORS

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S Page 16 SHOPFRONTS & DOORS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S Page 17 SHOPFRONTS & DOORS

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S T A B Page 18 SHOPFRONTS & DOORS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S Page 19 SHOPFRONTS & DOORS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S Page 20 SHOPFRONTS & DOORS

S13321 Weight = kg / m. S13328 Weight = kg / m Page 21 SHOPFRONTS & DOORS

S13114A Weight = kg / m. S13114B Weight = kg / m S13113A Weight = kg / m. S13113B Weight = kg / m S13116 Weight = kg / m. S13115 Weight = kg / m S13111 Weight = kg / m S13323 Weight = kg / m Page 22 SHOPFRONTS & DOORS

S13216 Weight = kgs. / m. S13215 Weight = kgs. / m Page 23 SHOPFRONTS & DOORS

S13118 Weight = kgs. / m S13119 Weight = kgs. / m Page 24 SHOPFRONTS & DOORS

S13213 Weight = kgs. / m S13403 Weight = kgs. / m S13404 Weight = kgs. / m. Page 25 SHOPFRONTS & DOORS

S13212 Weight = kgs. / m. S13112 Weight = kgs. / m Page 26 SHOPFRONTS & DOORS

S13500 Weight = kgs. / m. S13121 Weight = kgs. / m Page 27 SHOPFRONTS & DOORS

Page 28 SLIDING DOORS & WINDOWS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < SLIDING DOORS & WINDOWS Page 29

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 30 SLIDING DOORS & WINDOWS

T A B Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 31 SLIDING DOORS & WINDOWS

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 32 SLIDING DOORS & WINDOWS

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 33 SLIDING DOORS & WINDOWS

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 34 SLIDING DOORS & WINDOWS

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < SLIDING DOORS & WINDOWS Page 35

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < SLIDING DOORS & WINDOWS Page 36

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < Page 37 SLIDING DOORS & WINDOWS

A B T Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S Page 38 SLIDING DOORS & WINDOWS

Die No.A (mm.) B (mm.) T (mm.) Weight (kg/m.) S < A B T Page 39 SLIDING DOORS & WINDOWS

S16310 Weight = kgs. / m. S16311 Weight = kgs. / m S16830 Weight = kgs. / m S16831 Weight = kgs. / m Page 40 SLIDING DOORS & WINDOWS

S16213 Weight = kgs. / m. S16312 Weight = kgs. / m. S16313 Weight = kgs. / m S16210 Weight = kgs. / m S13217 Weight = kgs. / m. Page 41 SLIDING DOORS & WINDOWS

1.2 S16011 Weight = kgs. / m S16010 Weight = kgs. / m S16012 Weight = kgs. / m. S16013 Weight = kgs. / m Page 42 SLIDING DOORS & WINDOWS

S16000 Weight = kgs. / m S16002 Weight = kgs. / m. S16820 Weight = kgs. / m. S16822 Weight = kgs. / m. S16832 Weight = kgs. / m. S16821 Weight = kgs. / m Page 43 SLIDING DOORS & WINDOWS

S16824 Weight = kgs. / m S16825 Weight = kgs. / m. S16828 Weight = kgs. / m. S16829 Weight = kgs. / m. S16827 Weight = kgs. / m. 1.2 Page 44 SLIDING DOORS & WINDOWS

S14101 Weight = kgs. / m. 1.2 CEILING TEE Page 45

FLY SCREEN S15102 Weight = kgs. / m. S15100 Weight = kgs. / m. Page 46

SPANDRAL S17100 Weight = kgs. / m. S17104 Weight = kgs. / m. Page 47

TRANSPORTATION S20000 Weight = kgs. / m. S20001 Weight = kgs. / m S20003 Weight = kgs. / m S20002 Weight = kgs. / m S20006 Weight = kgs. / m Page 48

S20005 Weight = kgs. / m. S20004 Weight = kgs. / m Page 49 TRANSPORTATION

SUNSHADE S22206 Weight = kgs. / m S22006 Weight = kgs. / m. Page 50

S22207 Weight = kgs. / m. S22007 Weight = kgs. / m Page 51 SUNSHADE

S22213 Weight = kgs. / m S22211 Weight = kgs. / m. Page 52 SUNSHADE

CURTAIN WALLS Page 53

S24500 Weight = kgs. / m. S24501 Weight = kgs. / m S24502 Weight = 2.85 kgs / m S24503 Weight = 1.70 kgs. / m S24504 Weight = kgs. / m. S24505 Weight = kgs. / m CURTAIN WALLS Page 54

S24506 Weight = 1.60 kgs. / m. S24507 Weight = 0.45 kgs. / m S24508 Weight = 0.31 kgs. / m S24509 Weight = 2.39 kgs. / m Page 55 CURTAIN WALLS

CASEMENT DOORS & WINDOWS Page 56

CASEMENT WINDOWS & DOORS S23100 Weight = kgs. / m. 1.3 S23102 Weight = kgs. / m. S23103 Weight = kgs. / m S23104 Weight = kgs. / m S23098 Weight = kgs. / m S23097 Weight = kgs. / m. Page 57

S23110 Weight = kgs. / m S23111 Weight = kgs. / m S23106 Weight = kgs. / m. S23109 Weight = kgs. / m S23218 Weight = kgs. / m. S23500 Weight = kgs. / m. Page 58 CASEMENT WINDOWS & DOORS

S23503 Weight = kgs. / m. S23501 Weight = kgs. / m. S23502 Weight = kgs. / m. S23505 Weight = kgs. / m. S23506 Weight = kgs. / m. S23507 Weight = kgs. / m Page 59 CASEMENT WINDOWS & DOORS

ROUND BARS D Page 60

SQUARE BARS A B Page 61

FLAT BARS A T Page 62

A T Page 63 FLAT BARS

EQUAL ANGLES Page 64 A T

EQUAL ANGLES A T A Page 65

UNEQUAL ANGLES B A T Page 66

UNEQUAL CHANNELS B T A Page 67

SQUARE TUBES T A A Page 68

T A A Page 69 SQUARE TUBES

RECTANGULAR TUBES T B A Page 70

RECTANGULAR TUBES T B A Page 71

RECTANGULAR TUBES T B A Page 72

ROUND TUBES T D Page 73

T D Page 74 ROUND TUBES

T D Page 75 ROUND TUBES

T D Page 76 ROUND TUBES