Q34 工业技术玻璃 标准查询与下载

EJ 36-1975 窥视窗防、耐辐射玻璃板

Peep window anti-radiation resistant glass panel

EJ 34-1975 工作箱窗用钢化玻璃板

Tempered glass panel for working box window

EJ 33-1975 工作箱灯室钢化玻璃板

Work box light chamber tempered glass panel

EJ 35-1975 窥视窗保护钢化玻璃板

Peep window protection tempered glass panel

UNI 7348-1974 地铁．车厢侧面窗户和门用硬化平板玻璃

Riguarda la forma, le dimensioni e le caratteristiche qualitative alle quali devono corrispondere le lastre di vetro piano temprato, per finestre laterali a mezza caduta e per porte laterali, aventi le dimensioni indicate nelle UNI 7247-73 e UNI 7248-73 riguardanti le dimensioni principali delle carrozze per metropolitane. Le lastre di vetro piano temprato si distinguono in: lastre di formato a, se sono destinate alle finestre laterali e utilizzabili sia per la parte fissa, sia per quella mobile della finestra; lastre di formato b, se sono destinate alle porte laterali. Forma e dimensioni. Materiale: le lastre possono essere di cristallo lustro incolore, cosiddetto bianco, oppure colorato, o di vetro lucido incolore, cosiddetto bianco, oppure colorato (vedere UNI 7348-74). Finitura. Marcatura. Prove e procedimenti: controllo della forma e delle dimensioni; controllo della planarità; esame delle deformazioni ottiche; esame di altri difetti; verifica dell' avvenuta tempra; prova d' urto; prova di frantumazione; controllo della trasmissione della luce (solo per le lastre colorate). Origine: UNIFER 17.03.

Metropolitan railways. Toughened plate glasses for the lateral windows and for the lateral doors of the coaches.

ISO 2393:1973 橡胶试验混合料.制备、混合和硫化.设备和程序

Rubber test mixes; Preparation, mixing and vulcanization; Equipment and procedures

ASTM F105-72(1995)e1 58类硼硅酸盐封接玻璃标准规范

1.1 This specification covers Type 58 borosilicate sealing glass for use in electronic applications. Note 1--This specification is primarily intended to consider glass as most generally used, that is, glass in its transparent form as normally encountered in fabricating electronic devices. X1.3 refers to a sealing alloy that is compatible with this glass. Type 58 glass in other forms such as powdered, crushed, sintered, fibrous, etc., are excluded. The requirements of this specification, as applied to these forms, must be established in the raw glass prior to its conversion.

Standard Specification for Type 58 Borosilicate Sealing Glass

ASTM F105-72(2000) 58型硼硅酸盐封接玻璃标准规范

1.1 This specification covers Type 58 borosilicate sealing glass for use in electronic applications. Note 1--This specification is primarily intended to consider glass as most generally used, that is, glass in its transparent form as normally encountered in fabricating electronic devices. X1.3 refers to a sealing alloy that is compatible with this glass. Type 58 glass in other forms such as powdered, crushed, sintered, fibrous, etc., are excluded. The requirements of this specification, as applied to these forms, must be established in the raw glass prior to its conversion.

Standard Specification for Type 58 Borosilicate Sealing Glass

ASTM C374-70(2009) 搪瓷玻璃熔化流动性的标准试验方法(流动按钮法)

1.1 These test methods cover evaluation of the relative fusion flow characteristics of samples of a given porcelain enamel frit by comparison with an established standard for that frit. 1.2 Two test methods are included, differing only in certain details of the samples and in the apparatus and procedure for preparation of test specimens. Both test methods give equally reproducible results and provide a satisfactory basis for comparison of fusion flow of the sample with that of the established standard. 1.2.1 Test Method A employs granular particles of frit to which a bonding agent has been added. Button specimens are formed under high pressure in a hydraulic press. 1.2.2 Test Method B employs crushed, sized particles of frit to which a bonding agent has been added. Button specimens are formed in a steel mold by hand. 1.3 The values stated in inch-pound units are to be regarded as standard. The values given in parentheses are mathematical conversions to SI units that are provided for information only and are not considered standard. 1.4 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Methods for Fusion Flow of Porcelain Enamel Frits (Flow-Button Methods)

ASTM C374-70(2004)e1 搪瓷玻璃熔化流动性的标准试验方法

1.1 These test methods cover evaluation of the relative fusion flow characteristics of samples of a given porcelain enamel frit by comparison with an established standard for that frit. 1.2 Two methods are included, differing only in certain details of the samples and in the apparatus and procedure for preparation of test specimens. Both methods give equally reproducible results and provide a satisfactory basis for comparison of fusion flow of the sample with that of the established standard. 1.2.1 Method A employs granular particles of frit to which a bonding agent has been added. Button specimens are formed under high pressure in a hydraulic press. 1.2.2 Method B employs crushed, sized particles of frit to which a bonding agent has been added. Button specimens are formed in a steel mold by hand.

Standard Test Methods for Fusion Flow of Porcelain Enamel Frits (Flow-Button Methods)

ASTM F79-69(2010) 101型密封玻璃标准规范

1.1 This specification covers Type 101 sealing glass for use in electronic applications. Note 18212;This specification is primarily intended to consider glass as most generally used, this is, glass in its transparent form as normally encountered in fabricating electronic devices. X1.3 lists sealing metals and alloys that are compatible with this glass. Type 101 glass in other forms such as powdered, crushed, sintered, fibrous, etc. are excluded. The requirements of this specification, as applied to these forms, must be established in the raw glass prior to its conversion.

Standard Specification for Type 101 Sealing Glass

BS 857:1967 陆路运输用安全玻璃的规范

Requirements, tests for flat and curved toughened (heat treated or chemically toughened) and laminated safety glass, thickness 2 mm to 13 mm. Optical requirements for windscreens. Sampling, uniformity and fragmentation requirements for toughened glass. Sampling, light stability, humidity resistance, fracture and adhesion, special impact requirements for laminated glass.

Specification for safety glass for land transport

JC/T 750-1992 石英玻璃析晶性能试验方法

The experimental method in devitrification of silica glass

JIS R 3253:1994 玻璃基质硅覆层的附着试验方法

Methods of adhesion test for silica coating of glass substrate