Product Specifications

High Purity Nickel Sintering Tray for Battery Materials

In high-temperature material processing, the tray is in direct contact with the material being heated. Material composition, tray geometry, furnace atmosphere and repeated thermal exposure can therefore affect process stability and material contamination risk.

A high purity nickel sintering tray provides a metallic process container option for applications where nickel material compatibility is required.

SENLYON manufactures nickel trays according to the customer's specific process rather than applying one standard design to every furnace.

Ni≥99.5% High Purity Nickel

The standard high-purity option uses nickel with a purity of Ni≥99.5%.

For sensitive material processing, controlling the composition of components that directly contact the processed material can help reduce the introduction of unwanted metallic elements.

Other nickel alloy materials can also be evaluated according to the required process conditions.

Designed Around Furnace Conditions

Sintering trays operate under repeated heating and cooling cycles, so the appropriate structure should be determined according to the actual furnace and process.

Relevant factors include:

·Furnace operating temperature

·Furnace atmosphere

·Heating and cooling cycle

·Holding time

·Material loading weight

·Tray dimensions

·Required service cycle

·Material compatibility

SENLYON can review these parameters before confirming the tray material and structure.

Custom Tray & Box Structures

Depending on the production process, the product can be manufactured as:

·Flat nickel tray

·Deep tray

·Nickel box

·Nickel sagger box

·Tray with removable cover

·Support plate

·Perforated structure

·Customer-specific fabricated assembly

Dimensions and structural details can be developed according to furnace space, loading method and material handling requirements.

Nickel Sintering Trays for Lithium Battery Cathode Materials

One of the main applications for SENLYON nickel trays is high-temperature processing of lithium battery materials.

Typical applications include:

·Lithium battery cathode material processing

·High-nickel cathode material processing

·Battery material research

·Pilot-scale production

·Thermal treatment of battery-related powders

·Advanced material development

The appropriate nickel grade and tray configuration should be confirmed according to the cathode material composition, furnace atmosphere and actual sintering process.

For upstream material preparation applications, SENLYON also manufactures the 1000L Hermetically Sealed Agitation Tank for battery material mixing and batch preparation.

Nickel Sagger Box vs Nickel Sintering Tray

The terms are sometimes used for similar high-temperature material handling products, but they usually describe different structural forms.

The final design should be based on how the material is loaded, heated, removed and transported through the production process.

A nickel sagger box should also not automatically be considered interchangeable with a ceramic sagger. Material selection depends on the actual cathode chemistry, furnace atmosphere and process conditions.

Why Use Nickel for High-Temperature Material Processing?

The correct furnace container material depends on the process. For applications specifically requiring nickel contact surfaces, nickel provides several useful characteristics.

Controlled Material Composition

High-purity nickel allows buyers to specify a known contact material for sensitive thermal processing applications.

Metal Fabrication Flexibility

Unlike molded refractory containers, fabricated nickel components can be produced in customized dimensions and structures using cutting, forming, welding and precision finishing.

Custom Structural Design

Wall height, bottom structure, cover design, supports and perforations can be adjusted according to loading and furnace requirements.

Reusable Industrial Construction

Nickel trays can be designed for repeated industrial processing cycles when the selected material and structure are suitable for the actual operating conditions.

Service life depends on factors including temperature, atmosphere, material chemistry, thermal cycling and handling method.

Nickel Tray Applications Beyond Battery Materials

In addition to lithium battery cathode material processing, nickel trays can be evaluated for other compatible high-temperature applications.

Typical fields include:

·Powder metallurgy

·Metal powder heat treatment

·Advanced material processing

·Laboratory furnace applications

·Pilot production

·Specialty material development

·High-temperature industrial research

Because process conditions vary significantly, material compatibility should be confirmed before production.

How to Specify a Nickel Sintering Tray

Providing accurate process information is important when requesting a customized nickel tray.

We recommend confirming the following details:

1. Furnace Type

Provide the furnace type and available internal working dimensions.

2. Operating Temperature

Specify the normal operating temperature and maximum process temperature.

3. Furnace Atmosphere

Indicate whether the process uses air, inert gas, reducing atmosphere, vacuum or another controlled environment.

4. Process Material

Provide the material or powder that will contact the nickel tray.

5. Tray Dimensions

Specify length, width, height and any dimensional tolerances.

6. Material Loading

Provide the approximate material weight or loading quantity per tray.

7. Structural Requirements

Confirm whether you require:

·Open tray

·Deep box

·Cover

·Support plate

·Perforations

·Reinforcement

·Handles or other features

8. Surface Requirement

Specify machined, polished or other required surface treatment.

Providing drawings or an existing tray sample can help accelerate technical confirmation.

Custom Nickel Sintering Tray Manufacturing

SENLYON provides OEM and ODM metal fabrication according to customer drawings, furnace specifications and process requirements.

Customization can include:

·Nickel purity

·Nickel alloy selection

·Length, width and height

·Wall thickness

·Tray depth

·Bottom structure

·Cover design

·Support plates

·Perforated areas

·Reinforcement

·Surface finishing

·Welding structure

For non-standard projects, our Custom Manufacturing Service can review drawings, samples and operating requirements before production.

Manufacturing Process

Nickel tray manufacturing requires dimensional control as well as attention to weld and surface quality.

Typical production processes include:

Material Preparation

Nickel material is prepared according to the confirmed specification and product drawing.

Cutting & Forming

Nickel sheet or fabricated components are cut and formed according to the required dimensions and geometry.

Precision Welding

Components requiring fabricated joints are welded according to the confirmed structure.

Finishing

Weld areas and product surfaces are finished according to the required appearance and contact-surface specification.

Final Inspection

Dimensions, structure, weld condition and surface quality are checked before packaging.

Quality Control

Quality control for customized Nickel Sintering Trays can include:

·Nickel material verification

·Dimensional inspection

·Wall and structural inspection

·Welding quality inspection

·Surface finish inspection

·Assembly inspection

·Final appearance inspection

Additional project-specific inspection requirements can be discussed before production.

Nickel Tray Design Considerations for Repeated Furnace Use

The service performance of a sintering tray is affected by more than nickel purity.

For repeated furnace operation, buyers should consider:

Thermal Cycling
Repeated heating and cooling can affect dimensional stability over time.

Material Loading
Load weight and load distribution influence the mechanical stress placed on the tray.

Tray Geometry
Wall height, reinforcement and bottom structure should match both the material load and handling method.

Furnace Atmosphere
Nickel behavior can vary under different atmospheric and chemical conditions.

Material Reaction
The processed powder or chemical material must be evaluated for compatibility with the selected nickel grade.

For this reason, SENLYON recommends confirming actual process conditions before finalizing a custom tray design.

Packaging & International Shipping

Finished nickel trays are protected to reduce scratching, deformation and handling damage during transportation.

Packaging options can include:

·Individual protective wrapping

·Reinforced pallet packaging

·Export wooden pallet packaging

·Project-specific protective packaging

Available transportation methods include sea freight, air freight and other international logistics solutions according to order quantity and destination.

FAQ

What is a Nickel Sintering Tray?

A Nickel Sintering Tray is a fabricated nickel container or support component used to hold materials during high-temperature processing, sintering or heat treatment. SENLYON manufactures trays from Ni≥99.5% nickel or optional nickel alloy materials.

What is the difference between a High Purity Nickel Sintering Tray and a standard nickel tray?

A High Purity Nickel Sintering Tray specifies a high nickel content, such as Ni≥99.5%. The required purity should be selected according to material compatibility and contamination-control requirements.

What is a Nickel Sagger Box?

A Nickel Sagger Box is a deeper, box-shaped nickel container used for compatible high-temperature material processing. It can be manufactured with customized dimensions, wall structures and optional covers.

Is a Nickel Sagger Box the same as a ceramic sagger?

No. Ceramic saggers and nickel sagger boxes use different materials and have different thermal and chemical characteristics. The appropriate option depends on the processed material, furnace atmosphere, operating temperature and production requirements.

Can this tray be used for lithium battery cathode materials?

Yes, the product can be configured for lithium battery cathode material and high-nickel material processing when nickel is compatible with the customer's specific furnace and material conditions.

What nickel purity is available?

The standard high-purity option is Ni≥99.5%. Other nickel or nickel alloy specifications can be discussed according to project requirements.

Can SENLYON customize the dimensions?

Yes. Length, width, height, tray depth, wall thickness and other structural dimensions can be manufactured according to customer drawings or furnace requirements.

Can a cover or support plate be added?

Yes. Covers, support plates, perforated sections, reinforcement and other custom structures are available.

What information is needed for a quotation?

Please provide the nickel material requirement, tray dimensions, operating temperature, furnace atmosphere, processed material, loading weight, structure requirement, order quantity and drawings if available.

Request a Quote for Custom Nickel Sintering Trays

If you are sourcing Nickel Sintering Trays for lithium battery materials, powder metallurgy or another high-temperature process, send SENLYON your operating requirements.

Please provide the tray dimensions, nickel purity, furnace temperature, atmosphere, processed material, loading conditions and drawings if available.

SENLYON can manufacture High Purity Nickel Sintering Trays, Nickel Sagger Boxes and custom nickel furnace components according to your process requirements. Contact us right now!