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1726

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BS EN ISO 10066

BS EN ISO 10066 is a test method for determining creep in tension of flexible cellular polymeric materials.

1727

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*corp QAC-MC-844

Confidential to l'Oreal The aim of this test is to check that folding boxes form properly so as to ensure their fluidity of distribution on the filling and packing lines.

1728

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The coefficient of friction is related to the slip properties of many commercial articles that have been coated with petroleum wax (for example, butter cartons and wax-impregnated or hot melt coated corrugated board).

1729

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ANSI/EIA 364

Mating and Unmating Procedure for Force Testing of Electrical Connectors and Sockets

1730

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ASTM D7078/D7078M-12

This test method covers the determination of the shear properties of high-modulus fiber-reinforced composite materials by clamping the ends of a V-notched specimen between two pairs of loading rails.

1731

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IEC 60512-13-1

Details a standard test method to measure the force to fully engage or separate mating connectors, including the effect of any locking, latching, sealing, engaging, separating or similar device, that assists or resists such operation.

1732

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BS EN 868-5

Provides examples of particular requirements and test methods for heat and self-sealable pouches and reels manufactured from paper complying with EN 868-3 and plastic film complying with clause 4 of this European standard.

1733

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CETIE Guide 2

This guide applies to the screw capping of non-carbonated beverages and products with a metallic tamper-evident closure. Bottles may also be fitted with an in-bore insert for product flow control or to prevent re-filling.

1734

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ASTM D790-17

ASTM D790 is used to determine the flexural properties of unreinforced and reinforced plastics, including high modulus composites and electrical insulating materials utilizing a three-point loading system to apply a load to a simply supported beam (spec

1735

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MIL STD-202H

Method 211A to be found on pages 174-179

1736

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ISO 1924-3

Specifies a method for measuring the tensile strength, strain at break, tensile energy absorption and tensile stiffness, using a testing machine operating with a constant rate of elongation (100 mm/min).

1737

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ASTM D4760-91

This test method determines the proper resecuring of continuous thread child-resistant closures.

1738

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ISO 1966

Describes the design requirements and tests for the crimping of insulated and non-insulated terminations to general purpose cables, with conductors of copper, copper alloy, aluminium or aluminium alloy, in locations in which the stabilized conductor tem

1739

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ASTM D3846

ASTM D3486 is a test method used for evaluating the in-plane strength of reinforced thermosetting plastics in flat sheet form in thicknesses ranging from 2.54 to 6.60 mm.

1740

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ASTM D1894

This test method is used to measure the friction of plastic film and sheeting. It determines the kinetic (moving) and static (starting) resistance of one surface being dragged across another.

1741

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ASTM D5528-13

ASTM D5528 is a test method, which determines the opening Mode I interlaminar fracture toughness of continuous fiber-reinforced composite materials. It uses a a double cantilever beam (DCB) specimen. Susceptibility to delamination is one of the major

1742

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ISO 10964

The test method described is used to make comparative assessments of the securing or locking effect of anaerobic adhesives. It may be used for other types of adhesives.

1743

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ASTM D6746-15

ASTM D6746 is a test standard that covers methods to evaluate a characteristic of raw rubber or unvulcanized rubber compounds that is designated as green strength.

1744

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TAPPI T 824

This test evaluates the ability of corrugating medium to contribute to the compression strength of a corrugated box.

1745

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ASTM D3044

This test method covers determination of the shear modulus of wood-based structural panels associated with shear distortion in the plane of the panels. The method is applicable to all types of wood-based structural panels.

1746

Case study

フリップキャップ力テスト

要件フリップキャップリッドの開放力をチェックするための再現性のあるテストシステム。最小限のフィクスチャー切り替えで3つの異なる直径のキャップに対応します。偶発的なロードセルの損傷を防ぐことも、以前はBetts Ltdで問題であったため、前提条件でした。

1747

Case study

衣類ボタンのプルオフTTFテスト

要件顧客は、英国の大手衣料品小売業者Marks＆Spencerのサプライヤーであり、すべての留め具とアタッチメントは故障するまでテストする必要があると規定しています。ジョイント/ボタンの強度は、特にベビー服で、設計公差と安全レベルを確実に満たすために重要でした。システムは実稼働環境で簡単に使用でき、一貫した結果を提供する必要があるため、テスト速度の電動ユニットは200 mm / minと定義されました。

1748

Case study

スナップボタンポッパーの引き抜きテスト

要件顧客は、すべての留め具とアタッチメントが故障するまでテストする必要があると規定している大手衣料品小売業者Marks＆Spencerのサプライヤーでした。スナップボタンジョイントの強度は、特にベビー服で、設計公差と安全レベルを確実に満たすために重要でした。システムは実稼働環境で簡単に使用でき、一貫した結果を提供する必要があるため、テスト速度の電動ユニットは200 mm / minと定義されました。

1749

Case study

テニスボール圧縮試験

要件ITF（国際テニス連盟）は、テニスボールを「押しつぶす」力を測定するために使用されていた古い「スティーブンス」テストマシンを交換するプロジェクトに入札するようメクメシンに依頼しました。この仕様は、ITFと協議して作成され、完全に自動化された空気圧式のピックアンドプレースマシンを提供します。各ボールは、テストの準備が整う前に、特定の長さまで運動または「引っ掻く」必要がありました。

1750

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Transport

Mecmesin solutions for transport engineering and design. Transport engineering involves massive complexity, combined with the most stringent safety-critical features.