SPS

S series SPS Laboratory Furnace

SPS system for rapid pressure-assisted densification and material development.

Fast Heating Rate / Short Sintering Time / Controllable Organizational Structure /Energy-saving and Environmental Protection The SPS (Spark Plasma Sintering) DC... Exact limits for temperature, atmosphere, pressure or load, and work-zone size are confirmed in technical review; Haoyue quotes from the agreed process window. Exact limits for temperature, atmosphere, pressure or load, and work-zone size are confirmed in technical review; Haoyue quotes from the agreed process window.

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Key Features

Technical Highlights

Spark plasma sintering for rapid densification under controlled current, pressure, and atmosphere.

Pressing load, tooling, and power package are matched to sample or production work-zone needs.

Vacuum or inert atmosphere options support ceramics, powder metallurgy, and functional materials.

Laboratory to pilot or production scale is selected after the process window is clear.

Recipe records and acceptance checks can be defined for research or scale-up programs.

Quotation inputs include material, temperature, load, die size, atmosphere, and throughput goal.

Process Flow

SPS Process Overview

Spark plasma sintering pairs pulsed DC current with uniaxial pressure to densify powders in minutes instead of hours.

Technical selection guide

Plan the process before comparing S series SPS Laboratory Furnace options.

Review conductive tooling, current path, pressure, temperature measurement, atmosphere, and scale-up data before selecting an SPS system.

Open Spark Plasma Sintering System Guide->

Lifecycle support

Plan support alongside the equipment configuration.

Connect equipment configuration, operating sequence, data records, routine checks, and training questions.

Operator Training Support->

Selection guide

Confirm the process window before quotation.

For faster engineering review, prepare the core process boundaries before sending an inquiry.

Target temperature and working atmosphere

Sample, mold, or workpiece dimensions

Pressure, load, or gas-pressure requirements

Expected batch capacity and automation level

Can the chamber be customized?

Yes. Chamber size, heating zone, fixture, pressure, and atmosphere configuration should be confirmed through technical review.

Is a process test recommended?

For new materials or demanding density targets, a sample process discussion helps reduce equipment selection risk.

What should be sent with an inquiry?

Material, target temperature, pressure or load, atmosphere, workpiece size, and expected capacity are the most useful inputs.

Typical Applications

Advanced ceramicsPowder metallurgySemiconductor materialsFunctional composites

Review similar furnace options.

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SPS

Spark Plasma Sintering System

Designed for rapid sintering of ceramics, composites, metals, and functional materials under controlled pressure and atmosphere.

Hot Pressing

Vacuum Hot Pressing Furnace

Combines heating, vacuum, and mechanical pressure for high density materials and demanding thermal processes.

Gas Pressure

G2 Pressure Sintering Furnace

Integrates positive pressure dewaxing, vacuum dewaxing, vacuum sintering, partial pressure sintering, pressure sintering, atmosphere control, and cooling for high-pressure nitrogen or argon sintering.

Gallery And Media

Review product images, equipment details, and available media before sending a technical inquiry.

Technical Downloads

Use these documents to prepare a technical proposal request with material, atmosphere, temperature, pressure, and chamber details.

SPS Technical Questionnaire

Requirement sheet for spark plasma sintering projects, including temperature, pressure, die size, and material information.

Request Technical Proposal

Gas Pressure Sintering Questionnaire

Requirement checklist for ceramic sintering projects, including gas type, pressure range, temperature, and safety configuration.