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USA SpaceX | KJ-BLM1600-64LZ Bottom-Mounted Muffle Furnace

Time：2024-11-15

1. Core Demand

As a world-leading aerospace enterprise in the United States, SpaceX is committed to rocket and spacecraft R&D. It required high-performance high-temperature heat treatment equipment for aerospace-grade material research. Key core demands included:
- Excellent temperature uniformity and high control accuracy to ensure reliable and repeatable material test results, meeting the strict standards of aerospace material R&D.
- Stable long-term operation under high-temperature working conditions to support continuous material experiments for rocket and spacecraft components.
- Safe, user-friendly operation and convenient sample loading and unloading for frequent experimental use in laboratory scenarios.
- Compact and reliable structure suitable for laboratory material research and small-batch sample processing of aerospace materials.

2. Customized Solution

Targeting SpaceX’s (USA) aerospace R&D needs, we provided the KJ-BLM1600-64LZ bottom-mounted muffle furnace with a professional customized solution:
- Adopts high-quality MoSi₂ rod heating elements and four-sided inner cavity heating design, matching with high-purity alumina fiber insulation, to achieve excellent temperature uniformity and stable high-temperature performance.
- Bottom-mounted structure with a liftable tray, allowing easy and safe placement and removal of aerospace material samples, improving experimental efficiency.
- Compact furnace cavity design, perfectly suitable for laboratory use, supporting annealing, sintering, chemical analysis, physical measurement and other heat treatment processes of aerospace materials.
- Equipped with reliable safety protection devices, ensuring stable and safe operation during long-term high-temperature experiments, fully adapting to the rigorous requirements of SpaceX’s R&D work.

3. Customer Feedback

SpaceX (USA) highly recognized the performance of the KJ-BLM1600-64LZ bottom-mounted muffle furnace. The equipment has provided stable and consistent high-temperature heating for the company’s rocket and spacecraft material R&D. Its excellent temperature uniformity ensures accurate and repeatable experimental data, effectively supporting the verification of material performance and optimization of heat treatment processes. The liftable bottom structure greatly improves operational convenience and safety, and the equipment runs reliably with low failure rate, fully meeting the high standards of SpaceX’s aerospace material research and development, and laying a solid foundation for the company’s rocket and spacecraft R&D projects.