CY3529 Sb2Te3 crystal

Catalog No.	CY3529
Material	Sb2Te3
Production Method	Modified Bridgman
Size	Customized
Crystal Structure	Trigonal phase

Sb2Te3 crystal is a layered phase change material with exciting optical-driven phase change properties. Stanford Advanced Materials (SAM) has rich experience in manufacturing and supplying high-quality Semiconductor Products.

Related products: ZrGeTe4 crystal, HfTe5 crystal, NbTe4 crystal, SiTe2 crystal

INQUIRY

Description

Specification

Sb2Te3 crystal Description

Sb2Te3 antimony telluride is a layered phase change material with exciting optical-driven phase change properties. This vdW crystal exhibits rather unique crystalline properties. While some preliminary studies have been conducted to date, it is quantum properties especially in the size confinement limit are largely unknown.

Our Sb2Te3 vdW crystals are synthesized using the modified Bridgman technique and our own process parameters. Crystals are cut in c-axis, thus it is very easy to exfoliate onto desired substrates. Each order comes with large nearly centimeter size crystals.

Sb2Te3 crystal Specifications

Size	Customized
Molecular Weight	626.32
Density	6.5g/cm³
Material properties	Phase change, 2D metal, 2D semimetal
Crystal structure	Trigonal phase
Unit Cell Parameters	a=b=0.432nm, c=2.449nm, α=β=90°, γ=120°
Production Method	Modified Bridgman
Characterization methods	Raman, EDS, SIMS