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What are the standards for paper testing?

09 Apr.,2024

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ASTM D4987
This test method covers the procedure for testing the tensile breaking strength of the perforations in one-part continuous forms paper. Experience our recommended paper and cardboard testing equipment adherent to ASTM D4987 here.
ASTM D5803
This test method provides a quick, reliable means to measure the wet zero-span tensile strength of a specimen of sheeted material. Experience our recommended paper and cardboard testing equipment adherent to ASTM D5803 here.
ASTM D5804
This test method provides a quick reliable means to measure the zero-span tensile strength of a randomly oriented specimen of fibers when dry. Experience our recommended paper and cardboard testing equipment adherent to ASTM D5804 here.
ASTM D774
This test method covers measurements of the bursting strength of paper and paper products occurring as single or laminated flat sheets not over 0.6mm. (0.025 in.) in thickness having a bursting strength of 30 kPa up to 1400 kPa (4 psi up to 200 psi). Experience our recommended paper and cardboard testing equipment adherent to ASTM D774 here.
ASTM D828
This test method covers procedures for determining tensile properties of paper and paperboard. Experience our recommended paper and cardboard testing equipment adherent to ASTM D828 here.
ASTM D829
These test methods measure the (wet) tensile breaking strength of paper, paper products, and paperboard (excluding corrugated board) when saturated with water. Experience our recommended paper and cardboard testing equipment adherent to ASTM D829 here.
BS 2922-2:1984, ISO 3781-1983
Strength of wet paper and board. Method for determination of the tensile strength of paper and board after immersion in water. Experience our recommended paper and cardboard testing equipment adherent to BS 2922-2 and ISO 3781 here.
BS 3748:1992, ISO 2493:1992
Method for determination of resistance to bending of paper and board. Experience our recommended paper and cardboard testing equipment adherent to BS 3748 and ISO 2493 here.
BS 4415-1:1992, ISO 1924-1:1992
Determination of the tensile properties of paper and board. Constant rate of loading method. Experience our recommended paper and cardboard testing equipment adherent to BS 4415-1 and ISO 1924-1 here.
BS 4816:1972
Method for the determination of the puncture resistance of board. Experience our recommended paper and cardboard testing equipment adherent to BS 4816 here.
BS 7325:1990, ISO 9895:1989
Method for determination of the compressive strength of paper and board by the short span test. Experience our recommended paper and cardboard testing equipment adherent to BS 7325 and ISO 9895 here.
BS EN 12625-4:1999
Tissue paper and tissue products. Determination of tensile strength, stretch at break and tensile energy absorption. Experience our recommended paper and cardboard testing equipment adherent to BS EN 12625-4 here.
BS EN 12625-5:1999
Tissue paper and tissue products. Determination of wet tensile strength. Experience our recommended paper and cardboard testing equipment adherent to BS EN 12625-5 here.
BS EN ISO 1924-2:1995
Paper and board. Determination of tensile properties. Constant rate of elongation method. Experience our recommended paper and cardboard testing equipment adherent to BS EN ISO 1924-2 here.
BS ISO 11093-6:1996
Paper and board. Testing of cores. Determination of bending strength by the three-point method. Experience our recommended paper and cardboard testing equipment adherent to BS ISO 11093-6 here.
BS ISO 11093-7:1997
Paper and board. Testing of cores. Determination of flexural modulus by the three-point method. Experience our recommended paper and cardboard testing equipment adherent to BS ISO 11093-7 here.
BS ISO 12192:2002
Paper and board. Compressive strength. Ring crush method. Experience our recommended paper and cardboard testing equipment adherent to BS ISO 12192 here.
BS ISO 1924-3
Paper and board. Tensile strength, strain at break, tensile energy absorption and tensile stiffness. Part 3. Constant rate of elong ation method (100 mm/min). Experience our recommended paper and cardboard testing equipment adherent to BS ISO 1924-3 here.
ISO 11093-6
Paper and board. Testing of cores. Part 6. Determination of bending strength by the three-point method. Experience our recommended paper and cardboard testing equipment adherent to ISO 11093-6 here.

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TAPPI Standards

TAPPI Standards – All you need to know!

Testing standards are critical when it comes to ensuring the integrity of packaging, products, and materials. And as your test and inspection partner, we know a great deal about TAPPI standards. And we’re here to ensure testing for corrugated, flexible packaging, and many other TAPPI associated materials can run smoothly.

In fact, at Industrial Physics, our experts are clued up on all sorts of testing standards – including ASTM standards, ISO standards, and DIN standards. That’s because as test and inspection partners, we believe that our job is about more than simply providing products, we offer full solutions. And that means really knowing our stuff.

To help with this, we decided to put together a short response to some of the most frequently asked questions when it comes to TAPPI standards. Answering things like, “what are the different types of TAPPI standards?”, “which industries use TAPPI standards?”, and even simple questions like “what does to TAPPI stand for?” Take a look below for everything you need to know on TAPPI standards.

TAPPI Standards – Frequently Asked Questions

What does TAPPI stand for?

TAPPI stands for Technical Association of the Paper and Pulp industry.

What are TAPPI standards?

TAPPI standards are used to ensure the integrity of testing that’s carried out on paper and pulp.

When was TAPPI founded?

Formed in 1915, TAPPI has been in operation for more than a century!

What are the different types of TAPPI standards?

TAPPI publish four different types of standards. These are: test methods, specifications, guidelines, and glossaries.

What are the different categories for TAPPI standards?

TAPPI divide their test methods into six different categories: official method, provisional method, standard practice, classical method, withdrawn method, and useful method (UM).

Which industries do TAPPI standards support?

The clue is in the name! TAPPI standards have been created for the paper and pulp industry. You’ll also find that this means solutions can be used for testing on corrugated paper and flexible packaging as well.

Can you create a new TAPPI standard?

TAPPI has a process to deal with submissions for new standards – you can send an initial draft of your submission to the team at TAPPI and someone will get in touch with you to work on the development of the standard. The corporation offers more information about the process here.

Do Industrial Physics produce TAPPI compliant products?

Yes! At Industrial Physics, we have a wealth of instruments on offer that comply to TAPPI standards. Why not take a look at our portfolio of products? We’ve got everything you’re looking for here.

Remember, if you’d like to speak to the team at Industrial Physics about your packaging, product, or material integrity testing needs, we’re here for you! Get in touch and a member of our team will reach out to help discover the right solution to satisfy your requirements.

If you want to learn more, please visit our website.

Contact us to discuss your requirements of Hot Tack Tester. Our experienced sales team can help you identify the options that best suit your needs.

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