ElitePipe has been developed as a result of 7 years of R&D work by our Mir R&D Company. We have created a new and unique hybrid product by optimizing the welding ability of PPR, the high temperature performance, and the elasticity of PERT. ElitePipe can be safely used in both indoor and outdoor plum

Overcoming the challenges of melt index testing with the Aflow The Aflow is characterized by its high level of automation. Whether simple cleaning and defined pre-compaction at the press of a button, or steplessly adjustable test loads, the Aflow extrusion plastometer adapts to your testing needs:

The compact Cflow extrusion plastometers were designed as stand-alone instruments for quick verification of melt mass-flow rates (MFR). They are primarily used for incoming goods inspection at plastics processors where melt flow tests are carried out sporadically and no PC connection is required. T

The Flexalen® Tools product page mentions several standards and certifications: - **EN 15632-1**: European standard for pre-insulated piping systems. - **EN 15632-3:2010+A1:2014**: European standard for pre-insulated piping systems. - **EN ISO 15876-1,2**: International standard for plastic piping

ASTM D882 and ISO 527-3 are common standards that are used to determine the tensile properties of plastic film or sheets This test allows to determine properties as tensile strength, yield strength, yield strain, strain at break, and modulus of elasticity. Due to the flexible, delicate nature of the

The automated testing machine for tensile tests and flexure tests

For automated tensile, flexure and compression tests and complex test tasks

Automated function testing of simple applications in small series

ASTM D638, ISO 527-1, ISO 527-2, JIS K7113 ASTM D638 method is used to determine tensile properties of plastics The most significant properties are: tensile strength, strain at rupture and yield modulus, for quality control and mechanical specifications. Generally, samples are: rigid, semi-rigid, an

ASTM D1621, ISO 844 Determining compressive properties of rigid cellular materials, in particular of expanded plastics Rigid foams are typically used in the construction industry as sound and thermal insulation. Calculations referenced in this standard include yield points, compressive strength, and

Alfaidro pre-insulated pipes are used for the distribution of high-temperature fluids and refrigerated fluids ensuring high levels of thermal insulation. The inner carrier pipe, also called service pipe, is a Faser multilayer PP-R pr PP-RCT reinforced with glass fiber, entirely surrounded by polyure

For automated impact tests on tempered metal specimens (Charpy) or PE/PP specimens (Charpy/Izod)

ISO 3386, ASTM D3574, ASTM D5672, ISO 2439 Compression tests on foam and expanded cellular materials The anvil is put in contact with the specimen to determine a reference height. This is permitted by a series of preconditioning loading segments and a test loading sequence. Data are acquired durin

The KR Series is the single screw high performance helical extrusion line of Krah, which is a complete plastic pipe production plant, to produce structures wall (acc. DIN16961, etc.) or solid wall pipes (acc. ISO 4427 etc.) on internal diameters from DN 300 mm up to DN 5000 mm made out high density

Krah Pipes are made from HD-PE100 (acc. to DIN16961, EN13476, ASTM F894, ISO9969 and other intl. standards) are produced with an integrated electro fusion joint socket and spigot. The pipe is completely helically extruded with profiles or solid wall, tailor made for any kind of application within th

Tests on pipes in HDPE material, using a machine with a capacity of up to 50KN The reference Standard which determines the test methods and the specimen types is ISO 6259. The tested sample is obtained directly from a finished tube, with thickness up to 60 mm and outside diameters from a minimum of

Motorized and Automatic Universal Hardness Tester, complies with ISO 6506, ISO 6507, ISO 6508, ISO 2039-2 and ASTM E10-23, ASTM E103-24, ASTM E384-22, ASTM E92, ASTM E18, ASTM E110 standards. This advanced testing instrument employs a high-precision load cell and Closed-Loop electronic control with

ASTM B571, EN 28510, ISO 8510-1, EN 1939, ASTM D2861, ASTM D3330, ASTM D6862, ASTM D6252 Peel procedure to determine adhesive strength between sample materials to a rigid layer A measured forced is applied to a test specimen in order to strip a layer from the specimen with tearing at the bonded surf

FEATURE 1/8″~2″ (DN6~DN50) W.P. : 6000 / 10000 PSI W.T. : -20°C~200°C (-4°F~392°F) Thread type : ASME B1.20.1 (NPT) DIN 2999 & BS 21 ISO 7-1 & EN 10226

FEATURE 1/4″~2″ (DN8~DN50) W.P. : 800 WOG (PN50) W.T. : -20°C~200°C (-4°F~392°F) Investment casting Thread type : ASME B1.20.1 (NPT) DIN 2999 & BS 21 ISO 7-1 & EN 10226

1/2″~3″ (DN15~DN80) W.P. : 200 WOG W.T. : -20°C~200°C (-4°F~392°F) Investment casting Socket weld (option) Thread type : ASME B1.20.1 (NPT) DIN 2999 & BS 21 ISO 7-1 & EN 10226

2049 FEATURE 1/4″~3″ (DN8~DN80) W.P. : 800 WOG (PN50) W.T. : 20°C~200°C (4°F~392°F) Investment casting Thread type : ASME B1.20.1 (NPT) DIN 2999 & BS 21 ISO 7 – 1 & EN 10226

FEATURE 1/4″~2-1/2″ (DN8~DN65) W.P. : 200 WOG W.T. : -20°C~200°C (-4°F~392°F) Investment casting Rising stem Thread type : ASME B1.20.1 (NPT) DIN 2999 & BS 21 ISO 7-1 & EN 10226