30µL Stainless Steel High Pressure Capsules with Seal PE-B0182901

Name: 30µL Stainless Steel High Pressure Capsules with Seal PE-B0182901 - Ceramxpert
SKU: CX-PE-30019
Price: 312.00 HKD
Availability: InStock

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30µL Stainless Steel High Pressure Capsules with SealPE-B0182901
Optimize your high-pressure thermal analysis with 30µL Stainless Steel High Pressure Capsules with Seal (PE-B0182901) designed for PerkinElmer sample pans. These capsules, complete with an effective seal, are crafted from premium stainless steel to ensure secure containment and precise measurement of samples under high-pressure conditions. Ideal for scientific research, quality control, and material characterization, they deliver reliable performance across various industries.

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SKU: CX-PE-30019 Categories: Thermal analysis consumables&accessories PE

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Product Description

30µL Stainless Steel High Pressure Capsules with Seal PE-B0182901

Optimize your high-pressure thermal analysis with 30µL Stainless Steel High Pressure Capsules with Seal (PE-B0182901) designed for PerkinElmer sample pans. These capsules, complete with an effective seal, are crafted from premium stainless steel to ensure secure containment and precise measurement of samples under high-pressure conditions. Ideal for scientific research, quality control, and material characterization, they deliver reliable performance across various industries.

Reusable Stainless Steel High Pressure Capsules
SKU#	Capacity	Material	Suitable for Equipment Models	Maximum temperature	Pieces/Sets
CX-PE-30019	30µL	Stainless Steel	PE-B0182901	600°C	5

Designed for PerkinElmer Sample Pans: Custom-fit for seamless compatibility with PerkinElmer thermal analysis systems, ensuring secure sample containment and accurate thermal measurements under high-pressure conditions.
High-Quality Stainless Steel Material: Provides exceptional durability and resistance to corrosion, guaranteeing long-term use and consistent thermal analysis results.
Includes Effective Seal: Ensures robust containment of samples, minimizing the risk of leakage and contamination for reliable experimental outcomes.
Optimal Volume (30µL): Suitable for a variety of sample sizes, offering precise and reproducible thermal analysis.