Buy tensile specimens ISO6892-1 / DIN 50125

inexpensive metal tensile specimens for school, university or training

Why tensile tests made of sheet metal?

procurement of inexpensive tensile samples

As specialists in the preparation of tensile tests from sheet metal, we regularly receive requests for cost-effective tensile tests for schools and training.

When purchasing one Tensile testing machine Due to limited budgets, the cheapest equipment option is often chosen. This is usually the clamping device for thread samples form B. Unfortunately, round samples are about 3 to 4 times more expensive to produce due to the more complex production on a lathe.

Sheet metal tensile test specimens are punched in seconds and then ground in the package.
To produce threaded tensile specimens, however, bar stock must first be cut to length and then machined on a lathe, which is much more time-consuming and therefore more costly.

Depending on the number of tensile test specimens required, it is more economical in the long run to purchase inexpensive wedge specimen holders (25 kN – from approx. €1.500,00 per pair plus VAT) for flat specimens, in order to use the less expensive flat specimens. We offer inexpensive tensile specimens for training purposes. Upon delivery, the specimens are punched and ground and meet the required quality standards. ISO 6892-1 or DIN 50125.

Tensile specimens made of sheet metal according to ISO 6892-1 Table B.1 – specimen form 2 “A80” – identical to the more detailed standard DIN 50125 Form H 20 × 80)

Sample dimensions according to the drawing shown above: Lt 250 | W 30 | h 50 | R 20 | LC 120 | L0= 80

Prices per 100 pieces (plus shipping € 15,00 | plus current VAT | the quantity 100 pieces can be ordered as a mix

Article no.

material

Thickness a0
mm

width b0
mm

Tensile strength 
MPa (Rm)

Required
minimum force kN

100 pieces | net

A80 – DC01 -1mm

DC01

1

20

270 - 410

~ 8,2

on request

A80 – SJ235-1mm

SJ235 (ReH)

1

20

360 - 510

~ 10,2

not available

A80 – V2A-1mm

V2A

1

20

500 - 700

~ 14,0

on request

A80 – Al99,5-1mm

Al99,5

1

20

75 - 110

~ 2,2

on request

A80 – DC01 -2mm

DC01

2

20

270 - 410

~ 16,4

on request

A80 – SJ235-2mm

SJ235 (ReH)

2

20

360 - 510

~ 20,4

on request

A80 – V2A-2mm

V2A

2

20

500 - 700

~ 28,0

on request

A80 – Al99,5-2mm

Al99,5

2

20

75 - 110

~ 4,4

on request

For the above-mentioned tensile specimens (flat tensile specimens thickness a0 and threaded head samples Ø 6mmA Quasar 25 (25kN) is ideally suited. It meets the minimum force requirements and comes with excellent testing software. LabTest Delivered, it is modularly equipped (expandable) and offers the best price-performance ratio on the market. For teaching purposes, we recommend the following (most economical) configuration:

Demarcation / Notes

Material properties are specified for the tensile specimens offered below. These are the permissible fluctuation ranges of the metal types according to the material standards. We cannot determine in advance in which range the mechanical material properties of the respective batch lie. For orders of 100 pieces or more per type, we can carry out a preliminary test (3 tensile tests) for this batch on request and include a test certificate with the delivery.

The tensile specimens offered are NOT certified reference material / CRM specimens. We cannot certify or guarantee the exact results of the specimens (material properties). Our company is accredited according to ISO 17015 for the calibration of materials testing machines. We are NOT accredited to carry out tensile tests according to ISO 17025.

Unfortunately, we can only offer and supply the tensile test specimens listed on this page. We are unable to offer tensile test specimens made of other materials (plastic, paper, foils, etc.) or other metals (titanium, special steels, etc.) or with other geometries, as we lack the technical equipment for these materials, sheet thicknesses, or geometries. Even with metal tensile test specimens, we are limited to the specified sheet thicknesses and geometries. Therefore, please refrain from inquiring about other materials, grades, and geometries.

Interested? Contact us now!

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