91.100.01 建筑材料综合 标准查询与下载

T/SCDA 125-2023 上海地区建筑工程施工应对不利气象条件技术标准

雾等级划分表I级   强浓雾、特强浓雾（水平能见度50m ≤ V 

Technical Standards for Responding to Unfavorable Meteorological Conditions in Building Construction in Shanghai Area

T/SCDA 123-2023 钢管腹杆桁架预应力混凝土叠合板应用技术标准

叠合楼板的安全等级和设计工作年限应与整个结构保持一致     本标准极限状态设计方法，采用分项系数的设计表达式进行设计。短暂设计状况、持久设计状况均应进行承载能力极限状态设计和正常使用极限状态设计，进行承载能力极限状态设计时应采用作用的基本组合，进行正常使用极限状态设计时应采用作用的标准组合。

Application technical standard for prestressed concrete laminated slab with steel tube web truss

T/CECS 10276-2023 冷库用金属面绝热夹芯板

本文件规定了冷库用金属面绝热夹芯板（以下简称“夹芯板”）的术语和定义、分类和标记、一般规定、原材料、技术要求、试验方法、检验规则、标志、包装、运输和贮存。

Metal face insulation sandwich panel for cold storage

T/CECS 10269-2023 花岗岩瓷砖

Granite tiles

T/CECS 10263-2023 负氧离子发生纳米矿物粉

Negative oxygen ion generation nano mineral powder

T/CECS 10264-2023 预拌盾构注浆料

Ready-mixed shield grout

BS EN 17637:2022 建筑产品：危险物质释放评估 发射伽马辐射的剂量评估

This document describes a calculation method to determine the indoor gamma dose from construction products. The method includes calculation of the indoor gamma dose from the individual construction product under its intended use, as well as the dose from the building taking consideration of multiple building materials where this is deemed necessary and any shielding from the terrestrial background. The calculation method builds on existing modelling principles for photon emission and absorption. Parameters of the modelling that are not product specific, such as room geometry, exposure coefficients, and conversion factors are predefined and form the underlying basis for the method in this EN. The choice for pre-defined model parameters is essential from a harmonization perspective, despite the fact that such parameters can vary considerably for every homeowner, building type, region or country. Typical examples are the exposure time, the location of exposure in the building, the terrestrial background radiation and the amounts and way the building materials are used in the building. The parameters are selected on the basis of international consensus, as laid down in ICRP, UNSCEAR, EU RP guidelines and other renowned publications. Product specific parameters such as density and thickness are specified in accordance with the product’s intended use. In addition, the product’s massic activities of 226Ra, 232Th and 40K are specified and obtained according to prEN 172161 [3]. The method provides a tiered approach with a basic approach intended for assessing individual construction products, followed by a more refined approach to assess a complete building design. The former approach assumes an identical structure of building materials on all six surfaces of the model room, and where needed complemented with other building materials that form an intrinsic part of the product’s intended use. The latter approach enables evaluation of a known building design. Here the user can specify the applied construction product to walls, floor or ceiling separately in accordance with the product’s intended use. The indoor gamma dose from the individual construction product as well as the building is expressed in terms of an annual effective dose from gamma radiation in the indoor environment. The formulation of the indoor gamma dose in the building is consistent with the dose for indoor external exposure as stated under Article 75 of the Basic Safety Standards Directive. As a result, the described method enables assessment of the calculated annual dose of the building against the reference level as defined in the Basic Safety Standards Directive2. The method is designed for assessment of mineral based building materials applied in bulk or superficially and used as a construction product in buildings. This includes any building materials that have been identified by EU member states as being of concern from a radiation protection point of view. The method is envisaged for use by producers of building materials, architects and building constructors as well as authorities. falls explicitly outside the scope of this method and is the responsibility of the relevant authorities.

Construction products: Assessment of release of dangerous substances. Dose assessment of emitted gamma radiation

T/CECS 10011-2022 聚乙烯共混聚氯乙烯高性能双壁波纹管材

Polyethylene blended PVC high-performance double-wall corrugated pipe

KS F 2545-2022 集料潜在碱反应性的试验方法（化学法）

Test method for potential alkali-reactivity of aggregates (Chemical method)

KS F 2607-2022 建筑材料水蒸气渗透性的标准试验方法

Standard test method for water vapour permeability for building materials

T/ZBTA 04-2022 HH钢筋桁架高性能混凝土叠合板

本图集适用于工业与民用建筑及构筑物的楼板、屋面板。

HH reinforced truss high performance concrete composite slab

T/CECS 10223-2022 给水用钢丝织绕增强聚乙烯复合管

Steel wire braided reinforced polyethylene composite pipe for water supply

T/CECS 10226-2022 抗裂硅质防水剂

Anti-crack silicone waterproofing agent

T/CECS 10225-2022 用于水泥和混凝土中的钼尾矿微粉

Molybdenum tailings fine powder used in cement and concrete

T/ZS 0393-2022 预拌砂浆机械化施工技术规范

前言　 1  范围　 2  规范性引用文件　 3  术语和定义　 4  基本要求　 5  施工设备　 5.1  一般要求　 5.2  设备性能　 5.3  设备安装　 6  施工技术　 6.1  机械化施工作业方法　 6.2  机械化施工工艺要求　 7  施工安全　 7.1  一般要求　 7.2  机械化施工作业　 7.3  机械维护　

Technical code for mechanized construction of ready-mixed mortar

T/CBMF 208.2-2022 建材供应商质量控制能力分级规范 第2部分:水泥

本文件规定了水泥和水泥熟料产品及其生产线质量控制能力分级的分级数据集、分级计算和分级方法。 本文件适用于通用硅酸盐水泥和硅酸盐水泥熟料产品及其生产线和企业的技术质量控制能力差异化评价。

Specification for quality control reliability ranking of building materials supplier -Part 2: Cement

T/CBMF 208.1-2022 建材供应商质量控制能力分级规范 第1部分:通则

本文件规定了建材供应商质量控制能力分级的分级数据集、分级计算和分级方法。 本文件适用于建材供应商质量控制能力的分级评价，不作为生产企业产品合格与否的判定依据。

Specification for quality control reliability ranking of building materials supplier—Part 1: General rules

T/SCDA 042-2022 630MPa级带肋高强钢筋应用技术标准

630MPa级热轧带肋高强钢筋和热处理带肋高强钢筋应用范围需按本团体标准的规定执行； 钢筋的技术要求和检验方法参照GB/T1499.2

630MPa grade ribbed high-strength steel application technical standards

T/CECS 1179-2022 预铺防水卷材应用技术规程

本规程共分7章，主要内容包括：总则、术语、基本规定、材料、细部构造、施工、质量验收等。

Technical specification for application of pre-paved waterproof membrane

KS F 2505-2022 骨料堆积密度和骨料中固体含量的试验方法

Methods of test for bulk density of aggregates and solid content in aggregates