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Packaging Technology Group
Master Specification for Beer Bottles International - China
I-C-200-F Date: 12/13/05
瓶口粗糙 双口/玻璃边 瓶口撕裂/口纹 内部粘料/ 内部软气泡 瓶颈堵料 毛刺
超出最大瓶口突出限 超出最大瓶口翻边限
任何可能导致玻瓶内部玻渣的缺陷。
库存处理方式参照总部质量部的相关程序。
7. Amber Color Specifications (see attached ABI test procedure) The average uncorrected light transmission (T) at 550 nm wavelength of amber beer bottles will be as follows:
T550 = 35% Maximum (Target 27%)
The average is obtained by testing four (4) pieces taken from the upper sidewall of the label panel of a single bottle at 90° increments. In addition, no individual piece may exceed 40% (uncorrected) at 550 nm wavelength.
All amber beer bottles purchased by ABI must also have an acceptable redness ratio as defined on the
attached graph. The redness ratio is defined as the ratio of corrected light transmission (T) at 650 nm over the (T) at 550 nm for a glass thickness of 3.18 mm.
Certified glass house test results as measured by the supplier will be included with qualification samples
submitted on the initial step of the qualification process. 7．琥珀颜色标准（见ABI测试程序附件）
琥珀色啤酒瓶在550纳米波长未修正透光率（T）平均值 见下：
T550 = 35% 最大 (标准值 27%)
平均值是测试单个瓶子贴标区域上部以90°递增分布的4片碎片所得结果。另外，单片测试550纳米波长结果（未修正的）不能超过40％。
所有ABI采购的琥珀色啤酒瓶必须有一个可接受的附件图表定义的红色比率。红色比率定义为3。18毫米后的玻璃650纳米下修正的的透光率（T）除以550纳米的透光率。
有资质的供应商的测试结果，在进行认证第一步进行提交样品时，因该把结果附上。
8. Dark Green Color Specification (Revised 1/11/06) The following limits are based on 10 mm thickness: -Dominant Wave Length 550 nm +/-1 nm -Percent Brightness 3%-9% (Target 8%) -Purity 91% Target 8．翠绿色标准（2006年一月十一日修订）
下列控制限基于10mm厚玻璃：
－主波长：550 纳米 +/-1 纳米
－亮度百分比：3%-9% (目标值 8%)
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Packaging Technology Group
Master Specification for Beer Bottles International - China
I-C-200-F Date: 12/13/05
－纯度：91% 目标值
9. Flint Color Specification Suppliers should target no visual color hues. Samples of suspect lots can be submitted to CQA for disposition and further analysis. Visual limit samples are available from Corporate Quality Assurance.
9． 无色玻璃颜色标准
供应商应致力于以没有可视颜色为目标。可疑批次样品可寄样到总部质量部CQA进行处理决议或
进一步分析。目测限样品可由总部质量部CQA获得。
10. Bottle Coatings All bottles will be treated externally with approved coating materials included in this specification. FDA Requirements - The ingredients of bottle coating formulations must meet FDA requirements. Each supplier of bottles to ABI is required to verify by letter to Corporate Purchasing that the coating to be used meets these requirements.
ABI does not give blanket approval for any given coating or application system. Glass suppliers
will submit bottles using the proposed coating system to the Anheuser-Busch Brewing Technical Center - Material Science Development Department for approval. Suppliers will notify Corporate Quality Assurance prior to shipment of ware from any new coating system installation.
Application - See CQAP-17 Quality Assurance Standards for new bottles. 10．瓶子涂层 所有瓶子的外部均需用本标准批准的涂层材料进行处理。
FDA要求－涂层成分必须符合FDA要求。 每个ABI的供应商被采购要求以书面形式确认所使用的材料满足这些要求。
ABI不对任何给予的的涂料或应用系统予以地毯式批准。 玻瓶供应商向安海斯－布希公司酿造技术中心材料科学发展部提请计划使用的涂层材料系统的批准。 供应商将在使用新材料系统安装前通知质量保证部。
应用－见CQAP17 新瓶质量保证标准。
11. Hot End Treatment The following specific coating materials are acceptable for use based on formulations approved by Anheuser-Busch, Brewing Division:
Material Designation Company Stannic Chloride Mason Metals, Cardinal Chemicals,
El Gato Chemical
Certincoat TC-100 ATOFINA Chemicals, Inc. GP-66 ATOFINA Chemicals, Inc.
The following generic hot end coating materials are generally regarded as being acceptable for use:
Titanium tetrachloride
Mono-butyl tin chloride
Suppliers will target 0 ctu application of hot end coating contact on the bottle finish to eliminate crown rusting. Measurements are taken either under the reinforcing ring or on the reinforcing ring (26-611):
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Packaging Technology Group
Master Specification for Beer Bottles International - China
I-C-200-F Date: 12/13/05
A) Crown Rust - If crown rusting occurs, bottle finishes will be checked for the presence of hot end coating, and if found, ware from this manufacturing date is subject to rejection.
B) Brewery Incoming Quality Inspection - Any individual reading above 10 ctu is unacceptable. 11．热端喷涂应用
下面列出的是AB酿造技术部所批准的涂层材料：
材料名称 公司 Stannic Chloride Mason Metals, Cardinal Chemicals,
El Gato Chemical
Certincoat TC-100 ATOFINA Chemicals, Inc. GP-66 ATOFINA Chemicals, Inc.
使用下列通用热端喷涂材料通常认为是可以接受的。
Titanium tetrachloride 四氯化钛
Mono-butyl tin chloride 一丁基氯化锡
12. Cold End Treatment The following specific coating materials are acceptable for use based on formulations approved by Anheuser-Busch, Brewing Division: Material Designation Company Duracote Sun Chemical SC-100 Elf Lubricants North America Tegoglas RP-40 LT, RP40, RP40C ATOFINA Chemicals, Inc. Shearcote 100 Schear Chemical The following generic cold end coating materials are generally regarded as being acceptable for use: Polyoxyethylene monostearate (also known as monosterate and stearate). Polyethylene.
Any new materials or application systems that are proposed must be flavor approved and pass brewery functional testing.
Internal contamination is not permitted. In no instance is the application of a cold end coating material to be accomplished by means of sprayers or other dispensers, the discharge of which, at any time, is ocated
above the parting line of the bottle, between the finish mold and body mold. Any fallen bottle, which may have been exposed to the possibility of internal cold end spray contamination, must be discarded. 12．冷端涂层
下面列出的是AB酿造技术部所批准的涂层材料：
材料名称 公司 Duracote Sun Chemical
SC-100 Elf Lubricants North America Tegoglas RP-40 LT, RP40, RP40C ATOFINA Chemicals, Inc. Shearcote 100 Schear Chemical
Page 7 of 13 Pages
Packaging Technology Group
Master Specification for Beer Bottles International - China
I-C-200-F Date: 12/13/05
使用下列通用热端喷涂材料通常认为是可以接受的。
Polyoxyethylene monostearate (also known as monosterate and stearate).
Polyethylene.
13. Toxics Specification (For Packaging and other Goods intended for Human Contact) Supplier represents and warrants that all materials used in or applied to the goods supplied (including but not limited to all composition materials and coatings such as inks, paints, dyes and colorants) shall be free of toxic components. In determining what constitutes “toxic free” Supplier must comply with the most restrictive standards applicable under US Federal or State law regarding toxics. In complying with this specification Supplier shall take into account that the goods may be sold in all fifty states. The term
“toxic” means any material which governing law or regulation has identified as presenting a risk of adverse health effects in the event of exposure (whether through inhalation, ingestion, absorption including dermal contact, or otherwise). Where unavoidable trace amounts of a toxic exist in goods to be supplied, Supplier shall notify Buyer of the facts, and substantiate that the toxic constituent content does not (a) result in a duty to warn given the normal and customary use of the goods; or (b) does not exceed the lower of:
(1) the “no significant risk level”; (2) .001 x the “no observed effect level”; (3) 100 PPM if the toxic is a toxic metal; or (4) a more restrictive state or federal numeric standard otherwise established.
In evaluating any “duty to warn” in connection with the “no significant risk level” and or the “no observed effect level” (NOEL) for any particular material, Supplier is directed to consider regulatory requirements under the California Safe Drinking Water and Toxic Enforcement Act of 1986. (22 Cal. Code of Regulations, §12101 et seq.; and Health and Safety Code §25249.5 et. seq.)
13．毒性标准（包装物或其他人体可能接触的物品）the “no significant risk level”;
(1) “没有重大风险水平” (2) 0．001倍于“无可见影响水平” (3) 100PPM 如果毒物是有毒金属；或 (4) 一个更有约束性的州或联邦政府设立的数字标准
14. Bottom Plate of Bottle/Cavity Identification Device To facilitate the use of automatic electronic empty bottle inspection devices, it is necessary that the center area of the bottom plate of all returnable beer bottles be void of any light streaks, stippling, blisters, mold identification markings, etc., and that the color be uniform throughout. Concentric rings and AGR dots are not permitted on the bottom plate of returnable bottles. Emhart dot code may be used on the heel of bottles. Use of more than one type of CID per bottle is unacceptable except when approved in writing by ABI. Heel Video Jet Code - Suppliers will use a ten space video jet code on the heel radius (non-contact area) of non-returnable bottles for glass plant production information as follows. The code may be placed on the bottom plate of the bottle where EBI’s are not used with the approval of the receiving brewery: Example Space 1-4 Shop Designation CG21 Space 5 Open Space 6 Year Date 2005 = 5 Spaces 7-9 Julian Date 013 = January 13 Space 10 Open
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