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35-1032 - Thermal Dynamics 200A Shield Cap for Stainless and Aluminum

Packaging: pack of 5
$44.89/EA $149.00/pack of 5 only $29.80/EASave 34%

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SKU: TD35-1032 Categories: ,

OVERVIEW

Precision Plasma Consumables for Industrial Applications

The Thermal Dynamics 35-1032 Shield Cap is a critical component designed for high-performance plasma cutting systems operating at 200 Amperes. Specifically engineered for use with Stainless Steel (SS) and Aluminum (AL), this shield cap plays a vital role in maintaining cut quality and protecting the internal components of the plasma torch. In industrial environments where precision and uptime are paramount, utilizing the correct consumable for the specific material and amperage is essential. This genuine Thermal Dynamics part ensures that your equipment operates within its specified parameters, delivering the reliability expected from top-tier cutting systems.

The primary function of the 35-1032 shield cap is to direct the flow of the secondary shield gas around the plasma arc. This gas curtain not only constricts the arc for higher energy density but also cools the nozzle and blows away molten dross. When cutting non-ferrous metals like stainless steel and aluminum, the chemistry and viscosity of the molten material differ significantly from mild steel. Consequently, the design of the shield cap orifice and the gas flow dynamics must be tailored to these materials to prevent dross buildup and ensure a clean edge. This specific cap is optimized to handle the thermal dynamics of 200A arcs on these reflective and conductive metals.

Furthermore, the shield cap serves as the first line of defense for the torch's front-end parts. It physically isolates the delicate nozzle from the harsh environment of the cutting zone, shielding it from molten spatter and intense radiant heat. By using the authentic 35-1032 cap, operators can extend the life of their nozzles and electrodes, reducing the total cost of ownership. The high-quality copper alloy construction provides excellent thermal conductivity, rapidly dissipating heat to prevent warping or melting of the cap itself during long duty cycles.

At Josef Gas, we understand the importance of using OEM parts to maintain warranty compliance and system efficiency. The Thermal Dynamics 35-1032 is manufactured to exacting tolerances, ensuring a perfect fit with the retaining cap and torch body. This precise fitment eliminates gas leaks and misalignment issues that can lead to poor cut quality or torch damage. Whether you are operating an automated cutting table or a mechanized setup, this shield cap is the standard for 200A non-ferrous cutting applications.

Additional Information
Brand:Thermal Dynamics
Amperage:200
Packaging Description:1 Per Ea
Product Type:Shield Cap
Application:Stainless Steel, Aluminum
Process:Plasma Cutting
Consumable Type:Shield

INCLUDED

  • 1 x Thermal Dynamics 35-1032 Shield Cap (200A, SS/AL)

APPLICATIONS

  • High-amperage plasma cutting (200A)
  • Stainless steel fabrication and manufacturing
  • Aluminum plate cutting and processing
  • Industrial machinery construction
  • Automated plasma cutting tables
  • Heavy equipment repair involving non-ferrous metals

FAQ

The 35-1032 shield cap is specifically designed for cutting Stainless Steel and Aluminum.

This shield cap is rated for use in 200 Amp plasma cutting applications.

It is recommended to use the specific shield cap designated for mild steel to achieve optimal cut quality, as the gas flow dynamics differ.

Inspect the shield cap daily. Replace it if the orifice becomes out of round, clogged with spatter that cannot be removed, or if the face is pitted.

Yes, this is a genuine Thermal Dynamics OEM consumable, ensuring perfect fit and performance.

A damaged shield cap can disrupt gas flow, leading to poor cut quality, excessive dross, and potential damage to the nozzle and electrode.

No, it is specific to high-amperage torches compatible with the 35-series consumables (typically Ultra-Cut or Auto-Cut systems). Check your manual for compatibility.

Stainless steel and aluminum require different gas flow characteristics to clear molten material effectively compared to mild steel.