This standard specifies a method for determining the tear strength of leather. It is applicable to all types of leather (heavy, light, chamois, etc.) where the resistance to tearing is a critical performance factor.
The method described in DIN 53357 is particularly designed to measure the force required to propagate a tear in a leather specimen that has been pre-cut. This test is essential for quality control in the production of leather goods such as shoes, gloves, and garments, where seam strength is vital.
Note: While DIN 53357 was the standard procedure, modern testing often aligns with ISO 3377-1 (Single Edge Tear) or ISO 3377-2 (Double Edge Tear). Users should verify if specific contractual requirements mandate this specific DIN standard or its ISO equivalent.
In the world of materials science, quality assurance is paramount. For engineers, quality managers, and procurement specialists working with elastomers and plastics, understanding how a material behaves when exposed to fuels, oils, and lubricants is critical. One of the cornerstone standards for this type of testing is DIN 53357.
If you have been searching for the term "DIN 53357 PDF" , you are likely looking for a digital copy of this standard to conduct testing, comply with regulations, or verify material specifications. This article serves as a complete resource. We will explore what DIN 53357 entails, why it matters, how to obtain a legitimate PDF, and how to interpret the results.
Disclaimer: This article is for informational purposes only. Always purchase the official standard from authorized publishers (e.g., Beuth Verlag, DIN Media) to ensure compliance with the latest version.
For professionals in the plastics, packaging, and automotive industries, material durability is non-negotiable. One critical property is tear resistance, especially for films, foils, and flexible sheets. The German standard DIN 53357 provides a precise method for measuring this property. If you are searching for the “DIN 53357 PDF,” this guide explains what the standard covers and how to obtain it.
Searching for "DIN 53357 PDF" is just the first step. The true value lies in owning the legitimate, current version. It ensures:
Do not rely on second-hand copies or forum uploads. Invest in the official document from DIN Media or your local standards body. Whether you are developing a new fuel hose, certifying an automotive seal, or simply verifying raw material data, DIN 53357 remains the gold standard for oil and fuel resistance testing in rubber and plastics.
Call to Action:
If you need a DIN 53357 PDF for immediate use, visit [DIN Media’s webstore] or your national standards portal today. For test lab services that operate under DIN 53357, contact a certified materials testing laboratory (e.g., TÜV SÜD, Element Materials Technology, Intertek).
Last updated: October 2025 – Always verify the latest version before procurement.
DIN 53357 is a historical German standard titled "Testing of plastic sheets; adhesion test" (Prüfung von Kunststoffbahnen und -folien; Trennversuch der Schichten). It describes a specific method for assessing the adhesion force (separation force) between layers in multi-layer plastic sheets or between a top layer and its substrate. Core Technical Details
Purpose: To determine the force required to separate bonded or laminated layers of plastic film. Methods: It typically includes two variations:
Method A: Often used for standard adhesion tests without specific auxiliary equipment like rollers.
Method B: A secondary agreed-upon variation depending on the product type.
Testing Procedure: The test involves placing a specimen between clamps in a tensile machine and separating the layers at a constant speed (commonly 100 mm/min) while measuring the force. Current Status and Replacements din 53357 pdf
DIN 53357 was officially withdrawn in November 2013. It has largely been replaced or superseded by newer international standards:
DIN EN ISO 2411: Often recommended for similar adhesion testing.
DIN 55543-5: Directly references the historical Method A of DIN 53357 for ply adhesion of flexible materials. Accessing the PDF
Because this is a withdrawn technical standard, full "long paper" versions are typically found through:
Official Portals: You can purchase the historical document in PDF or hardcopy from DIN Media or Intertek Inform. Technical Libraries: It is archived in DIN Handbook 490/2.
Third-party Previews: Short previews or metadata are available on sites like Scribd. DIN 53357:1982-10 TESTING OF PLASTICS SHEET
DIN 53357 is a withdrawn German standard titled "Testing of plastics sheet; adhesion test" (Prüfung von Kunststoffbahnen und -folien; Trennversuch). It describes methods for determining the peel strength or interlayer adhesion of plastic sheets and coated fabrics. Standard Status & Content
Status: Withdrawn as of November 1, 2013. It has largely been replaced by newer standards like DIN EN ISO 11339 or DIN 16726 depending on the specific application.
Scope: The test measures the force required to separate two layers of material. It is commonly used for coated fabrics (like PVC-coated nylon) and multilayer polymer-based pipes. Methods: Method A: General adhesion test for plastic sheets.
Method B: Often associated with the "German wheel" or rotating wheel peel test, used to maintain a constant 90∘90 raised to the composed with power peel angle. Where to Access
Since this is a copyrighted technical standard, full "text" PDFs are typically not available for free legally, though some third-party document sharing sites may host copies.
Official Purchase: You can purchase the historical standard from DIN Media or the ANSI Webstore.
Technical Summaries: Many testing equipment manufacturers provide datasheets summarizing the test requirements, such as this Peel Fixture Datasheet from Morsetti Universali or Grip Engineering. DIN 53357 - 1982-10
Understanding DIN 53357: Adhesion Testing for Plastic Sheets
The DIN 53357 standard, titled "Testing of plastics sheet; adhesion test" (German: Prüfung von Kunststoffbahnen und -folien; Trennversuch der Schichten), is a historically significant German testing protocol used to determine the bond strength and delamination resistance of laminated or coated plastic materials. While the standard has been officially withdrawn, it remains a common reference in material specifications for packaging, automotive interiors, and protective films. Scope and Application This standard specifies a method for determining the
The primary purpose of DIN 53357 is to measure the separation force required to peel apart individual layers of a multi-layer sample or to separate a coating from its substrate. It is particularly critical for:
Multi-layer Packaging: Ensuring that laminated films do not delaminate during use.
Adhesive Tapes and Labels: Evaluating the peel strength of pressure-sensitive adhesives.
Synthetic Leather: Testing the adhesion of top layers to textile substrates.
Automotive Interiors: Verifying the bond quality of dashboard or door panel skins. Core Testing Methods
DIN 53357 defines two primary testing procedures, often referred to as Method A and Method B:
Method A (Peel Test): Generally used for flexible laminates. It typically involves a standard tensile testing machine where the specimen is pulled apart at a controlled speed to measure the average bond strength.
Method B (German Wheel Peel Test): Utilizes a specialized "German Wheel Peel Fixture". The sample is wrapped around a rotating wheel, keeping the peel angle constant at exactly 90 degrees throughout the test. This ensures consistent measurement of peel strength without the influence of changing angles often seen in manual peel tests. Technical Specifications DIN 53357:1982-10 TESTING OF PLASTICS SHEET DIN 53357:1982-10 TESTING OF PLASTICS SHEET; ADHESION TEST. Intertek Inform DIN 53357 - Mecmesin
Testing of plastics sheets; adhesion test. Test types. Peel Wheel Test. Pressure sensitive adhesive (PSA) tapes and labels. DIN 53357 Test | Thwing-Albert
DIN 53357. DIN 53357 is the testing standard for adhesion of plastic sheets. * VantageNX Tensile Testing Machine. View products. * Thwing-Albert Document Date 1982-10 (Standard version) Status Withdrawn (effective 2013-11-01) Key Metric Separation force / Peel strength Primary Fixture German Wheel Peel Fixture (Method B) Recommended Successor DIN EN ISO 2411 Current Status and DIN 53357 PDF Availability
DIN 53357 was officially withdrawn in November 2013. The issuing body, the German Institute for Standardization (DIN), now recommends using DIN EN ISO 2411 for similar applications, particularly for rubber- or plastics-coated fabrics. Some labs also point to DIN 55543-5 as a modern replacement for specific laminate tests.
For those specifically searching for the DIN 53357 PDF, it can still be acquired through official standards distributors like DIN Media or Intertek Inform. Although the document is no longer active for new standard development, it is still sold for historical reference and to support existing contracts that mandate its use. DIN 53357:1982-10 TESTING OF PLASTICS SHEET DIN 53357:1982-10 TESTING OF PLASTICS SHEET; ADHESION TEST. Intertek Inform DIN 53357 - Mecmesin
Testing of plastics sheets; adhesion test. Test types. Peel Wheel Test. Pressure sensitive adhesive (PSA) tapes and labels. DIN 53357 Test | Thwing-Albert
DIN 53357. DIN 53357 is the testing standard for adhesion of plastic sheets. * VantageNX Tensile Testing Machine. View products. * Thwing-Albert
DIN 53357:1982-10 TESTING OF PLASTICS SHEET - Intertek Inform For professionals in the plastics, packaging, and automotive
Title: An Overview of DIN 53357: A Standard for Plastics - Determination of Impact Resistance of Rigid Plastics
Abstract: DIN 53357 is a German standard that specifies a method for determining the impact resistance of rigid plastics. This standard is essential for evaluating the durability and performance of rigid plastic materials used in various applications. This paper provides an overview of DIN 53357, including its scope, definitions, test equipment, test procedure, and evaluation of results. Additionally, it highlights the significance of impact resistance testing for rigid plastics and its relevance to various industries.
Introduction: Rigid plastics are widely used in various industries, including construction, automotive, and packaging, due to their excellent mechanical properties, corrosion resistance, and durability. However, these materials can be susceptible to impact damage, which can lead to failure in service. Therefore, it is crucial to evaluate the impact resistance of rigid plastics to ensure their performance and safety. DIN 53357 is a widely recognized standard that provides a method for determining the impact resistance of rigid plastics.
Scope and Definitions: DIN 53357 defines the impact resistance of rigid plastics as the ability of a material to withstand impact without cracking or shattering. The standard applies to rigid plastics with a thickness of up to 10 mm. The test method involves striking a specimen with a pendulum-type impact tester, and the energy required to cause damage is measured.
Test Equipment: The test equipment consists of:
Test Procedure: The test procedure involves the following steps:
Evaluation of Results: The results of the impact test are evaluated based on the energy required to cause damage. The impact resistance is expressed in terms of the impact energy required to cause cracking or shattering.
Significance of Impact Resistance Testing: Impact resistance testing is essential for evaluating the performance and safety of rigid plastics. A high impact resistance indicates that a material can withstand rough handling and harsh environmental conditions. This property is critical in applications where plastic materials are exposed to impact, such as in automotive components, construction profiles, and packaging materials.
Conclusion: DIN 53357 provides a standardized method for determining the impact resistance of rigid plastics. This standard is crucial for evaluating the performance and safety of rigid plastic materials used in various applications. By understanding the impact resistance of rigid plastics, manufacturers can select materials that meet specific requirements and ensure the durability and performance of their products.
References:
You can download the PDF version of DIN 53357 from the DIN website or other standardization bodies.
Here is the review you requested:
The following standards contain provisions which, through reference in this text, constitute provisions of this standard:
If you are a student or faculty member, check your university library’s subscription to standards databases like Perinorm or TechStreet.
| Property | Change after 70h/100°C in IRM 903 oil | | :--- | :--- | | Mass change | +5% to +15% (swelling) | | Volume change | +5% to +18% | | Hardness change | -5 to -15 points (softer) | | Tensile strength change | -20% max |
Standard Classification: German Standard (DE) ICS Code: 59.140.30 (Leather and furs) Status: Superseded (Largely replaced by ISO 3377, but still referenced in legacy specifications and specific regional supply chains).