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Jun 25

About Us

PEERENERGY, founded in 2011, offers thermal process consulting, project management, and equipment supply for the aerospace, military equipment, and semiconductor industries. With expertise in processing metals and ceramics, we deliver precise, sustainable solutions backed by reliable after-market services and a commitment to innovation.

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Debind & Sinter
Electron Beam Welding
Hot Isostatic Pressing
Puls-Plasma-Nitriding
SPS & Hot Pressing

Last Item

    • Metallographic cross-section of a rifle barrel segment showing the rifling profile (lands and grooves) for analysis of profile geometry, surface hardening, and microstructure. Sample embedded and finely polished, suitable for etching and hardness testing.
      Pulsed Plasma Nitrocarburizing (PPNC) with Post-Oxidation for 42CrMo4 / 50CrMo4 Gun Barrels: Precision, Durability, and Performance
    • The depicted Spark Plasma Sintering (SPS) system is used for the rapid densification of powders through electrical pulse currents and high pressure. It consists of a sintering chamber, a control cabinet with a touchscreen, and a vacuum and gas unit for process control. The electrodes and punch mechanism enable efficient energy transfer. SPS operates under vacuum or protective gas and allows extremely fast heating, producing dense materials with a fine microstructure. Applications range from high-performance ceramics and hard metals to additively manufactured materials. This industrial-grade system is suitable for research and production, offering precise control with high process speed and energy efficiency.
      Enhancing Powder Dehydrogenation and Component Quality with FAST Technique !
    • A solid aluminum block penetrated by an electron beam. A deep, narrow weld seam extends vertically, indicating high-energy density welding. At the top, molten material has solidified, forming irregular beads. The smooth surface of the block contrasts with the rough, fused zone, highlighting the precision and depth achievable with electron beam welding in aluminum.
      Electron Beam Welding for Rigid and Thick-Walled 5083 Aluminum Structures in Semiconductor Machinery
    • This Debind & Sinter furnace is a high-temperature processing unit designed for powder metallurgy, additive manufacturing, and MIM applications. It incorporates vacuum technology, precise gas flow control, and an advanced thermal system to enable high-quality debinding and sintering of metal parts.
      Optimized Furnace Design for Debinding and Sintering of Titanium Alloys
    • Hot Isostatic Press, high-pressure, high-temperature, densification, metallurgy, automation, gantry crane, inert gas, precision processing.
      Hot Isostatic Pressing (HIP) for Titanium Alloys: Strategies to Minimize Oxygen Exposure

Tags

#42CrMo4
#5083AluminumWelding
#50CrMo4
#AdditiveManufacturing
#AdditiveManufacturingTitanium
#AdvancedGunBarrelCoating
#AdvancedManufacturing
#advancedmetalpowderprocessing
#AdvancedTitaniumSintering
#AdvancedWeldingTechnology
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02 Mar 25
The depicted Spark Plasma Sintering (SPS) system is used for the rapid densification of powders through electrical pulse currents and high pressure. It consists of a sintering chamber, a control cabinet with a touchscreen, and a vacuum and gas unit for process control. The electrodes and punch mechanism enable efficient energy transfer. SPS operates under vacuum or protective gas and allows extremely fast heating, producing dense materials with a fine microstructure. Applications range from high-performance ceramics and hard metals to additively manufactured materials. This industrial-grade system is suitable for research and production, offering precise control with high process speed and energy efficiency.
SPS & Hot Pressing

Enhancing Powder Dehydrogenation and Component Quality with FAST Technique !

The Field Assisted Sintering Technique (FAST), also known as Spark Plasma Sintering (SPS), is revolutionizing titanium powder processing.

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13 Feb 25
A solid aluminum block penetrated by an electron beam. A deep, narrow weld seam extends vertically, indicating high-energy density welding. At the top, molten material has solidified, forming irregular beads. The smooth surface of the block contrasts with the rough, fused zone, highlighting the precision and depth achievable with electron beam welding in aluminum.
Electron Beam Welding

Electron Beam Welding for Rigid and Thick-Walled 5083 Aluminum Structures in Semiconductor Machinery

Semiconductor production machinery often requires high-strength, corrosion-resistant aluminum structures with excellent durability and dimensional stability. 5083 aluminum alloy, part of the 5000 series (Al-Mg), is a widely used material due to its exceptional corrosion…

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10 Feb 25
This Debind & Sinter furnace is a high-temperature processing unit designed for powder metallurgy, additive manufacturing, and MIM applications. It incorporates vacuum technology, precise gas flow control, and an advanced thermal system to enable high-quality debinding and sintering of metal parts.
Debind & Sinter

Optimized Furnace Design for Debinding and Sintering of Titanium Alloys

Debinding and sintering are critical steps in the powder metallurgy of titanium alloys, particularly for applications in medical and aerospace industries, where stringent purity and mechanical performance requirements must be met.

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PEERENERGY
About us

Since 2011, PEERENERGY has specialized in thermal process consulting, project management, and providing equipment and consumables for the aerospace, military equipment, and semiconductor industries. Our expertise lies in processing metals and technical ceramics, offering precise, efficient, and sustainable solutions. With a focus on integrating the latest technologies, we deliver reliable local after-market services and maintain a strong commitment to excellence.

At PEERENERGY, we confidently meet industry demands with precision, knowledge, and an open-minded approach.

Peerenergy GmbH

+49 2831 – 395 959 50

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