PBN0953 PBN/PG Composite Heating Elements

Name: PBN0953 PBN/PG Composite Heating Elements
SKU: PBN0953
Availability: InStock
Rating: 4.9 (166 reviews)

Catalogue Number	PBN0953
Dimensions	Diameter: 0.5"~4"
Material	PBN/PG
Purity	99.99%
Operating Temperature	≤ 2400℃

PBN/PG Composite Heating Elements exhibit measured purity that meets high-vacuum operational standards. Stanford Advanced Materials (SAM) has over 10 years of experience in manufacturing and supplying these composite heating elements.

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FAQ

Q1: What thermal characteristics make these heating elements suitable for high-temperature applications?

A1: The composite structure achieves stable thermal conductivity and a low thermal expansion coefficient, enabling precise temperature control during rapid cycling. This balance helps maintain uniformity in high-temperature conditions commonly encountered in industrial heating setups.

Q2: How is consistency in the material’s microstructure controlled during production?

A2: SAM employs controlled sintering cycles and X-ray diffraction analysis to monitor and adjust the composite phases. This systematic quality control reduces defects and ensures a uniform microstructure essential for predictable performance.

Q3: What factors should be considered when integrating these elements into equipment?

A3: Consider the substrate's thermal conductivity, expansion rates, and compatibility with adjoining materials. Engineers should also evaluate the operating temperature range and potential thermal gradients to ensure optimal performance in the overall system design.

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Diameter:	0.5" to 4", or customised
Apparent Density:	2.0–2.19 g/cm³
Maximum Operating Temperature (Vacuum):	2 400℃
Volume Resistivity (Ω-cm):	3.11×10¹¹
Bending Strength (MPa):	243.63
Thermal Conductivity (W/m·K):	43–60

Diameter:	0.5"~4", or customised
Bulk Density	2.0-2.19g/cm³
Max. Working Temperature (vacuum)	2400℃
Volume Resistivity (Ω·cm)	3.11*10¹¹
Flexural Strength (Mpa)	243.63
Thermal Conductivity (W/M·k)	43-60

PBN0953 PBN/PG Composite Heating Elements

Description of PBN/PG Composite Heating Elements

PBN/PG Composite Heating Elements Specifications

Applications of PBN/PG Composite Heating Elements

PBN/PG Composite Heating Elements Packaging

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CUSTOMER REVIEWS

FAQ

Q1: What thermal characteristics make these heating elements suitable for high-temperature applications?

Q2: How is consistency in the material’s microstructure controlled during production?

Q3: What factors should be considered when integrating these elements into equipment?

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