Mechanical properties - Import export

S355 is a structural steel grade specified in the European standard EN 10025. It is a high-strength, low-alloy steel known for its excellent tensile strength, durability, and ability to withstand high stress and heavy loads. This material is widely used in various industries, including construction, engineering, and manufacturing, due to its versatile mechanical properties and ease of fabrication

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Inflatable Molding (large volume containers for chemicals, bins for kerosene, large-volume toys. Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Inflatable Molding (large volume containers for chemicals, bins for kerosene, large-volume toys. Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes

It is the general name of the placement aimed at improving the mechanical properties of heat treatment metals. A type of metallurgical process. Generally, it is done by annealing metals in a certain way, bringing their structure to the desired stage.

The forging process offers several advantages, including enhanced mechanical properties, improved structural integrity, and better grain structure compared to other manufacturing methods. It is commonly used in industries such as automotive, aerospace, oil and gas, and construction, where strong and reliable metal components are required.

BS Shockpad is a specialized polyethylene foam material, chemically cross-linked for enhanced performance. Through a combination of heat expansion and the addition of chemical inflators and cross-linking agents during extrusion, this foam material achieves advanced chemical and mechanical properties. Compared to physically cross-linked polyethylene foam, the cell structure of BS Shockpad is larger, resulting in a slightly less smooth surface. It is widely used in applications that require sound, heat, humidity insulation, and shock protection.

Specifications Mechanical properties Connectors DIN 7/16 or 7/8 " Overall Dimensions [Wxdxy] [mm.] 254x509x800 Weight [kg.] 22 Temperature range [° c] -10 ÷ + 50 Electrical properties Frequency range [MHz] 87.5 ÷ 108 Maximum input power [w] 2000 Insertion loss [dB] @ fo Insertion loss [dB] @ fo ± 150kHz Selectivity [dB] @ fo ± 2mhz> 24 Return loss [dB] ≥ 26 Input / output impedance 50 Ohm

Aluminium rods produced in 2000 - 6000 - 7000 alloys under standards below: Chemical Composition: EN 573-3 ASTM B221 AMS-QQ-A-200 Mechanical Properties EN 755-1/2 ASTM B221 AMS-QQ-A-200 Tolerances+Geometry EN 755-3/4/5/7 ASTM B221 AMS-QQ-A-200

Metal Injection Molding can produce complicated and challenging parts in high quantities concerning their precision and fineness, and it offers several advantages over other manufacturing methods. -High surface quality -Reduced production time -Mechanical properties superior to castings -Ability to meet narrow dimension tolerances -High density -Mass production -Net-shape manufacturing with minimal material waste MIM eliminates the limitations and long efforts in standard production methods. It is a superior production method with other advanced applications, and also an advantageous option at a low cost.

Metal Injection Molding can produce complicated and challenging parts in high quantities concerning their precision and fineness, and it offers several advantages over other manufacturing methods. -High surface quality -Reduced production time -Mechanical properties superior to castings -Ability to meet narrow dimension tolerances -High density -Mass production -Net-shape manufacturing with minimal material waste MIM eliminates the limitations and long efforts in standard production methods. It is a superior production method with other advanced applications, and also an advantageous option at a low cost.

Metal Injection Molding can produce complicated and challenging parts in high quantities concerning their precision and fineness, and it offers several advantages over other manufacturing methods. -High surface quality -Reduced production time -Mechanical properties superior to castings -Ability to meet narrow dimension tolerances -High density -Mass production -Net-shape manufacturing with minimal material waste MIM eliminates the limitations and long efforts in standard production methods. It is a superior production method with other advanced applications, and also an advantageous option at a low cost.

Metal Injection Molding can produce complicated and challenging parts in high quantities concerning their precision and fineness, and it offers several advantages over other manufacturing methods. -High surface quality -Reduced production time -Mechanical properties superior to castings -Ability to meet narrow dimension tolerances -High density -Mass production -Net-shape manufacturing with minimal material waste MIM eliminates the limitations and long efforts in standard production methods. It is a superior production method with other advanced applications, and also an advantageous option at a low cost.

We can produce EPDM sponge rubber profiles in requested lengths, different hardnesses and densities. EPDM rubber has good mechanical properties. It is resistant to aging and has good UV and ozone resistance. It is usually applied as sealing equipment. He has a good memory.