Crystal morphologies of the samples were characterized by Leica DM2700P, which was equipped with LINKAM TMS420 hot stage and a CCD camera. PHBV/POSS hybrids were melted at 200 °C for 3 min and then quickly cooled to 50 °C for isothermal crystallization.
Dm2700p
Manufactured by Linkam
The DM2700P is a high-performance temperature-controlled microscope stage designed for thermal analysis and microscopy applications. It provides precise temperature control from -196°C to 600°C, allowing users to observe and study sample behavior under various thermal conditions.
Automatically generated - may contain errors
Lab products found in correlation
2 protocols using dm2700p
1
Characterizing PHBV/POSS Hybrid Crystallization
2
Hot Stage Microscopy of DAS-HA, DAS-HEA, and DAS-OA
Check if the same lab product or an alternative is used in the 5 most similar protocols
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Hot stage microscopic
study on DAS-HA, DAS-HEA, and DAS-OA was performed using a Leica polarized
light microscope (Model, DM2700P) equipped with a Linkam hot stage
(Model, LTS 420 with LINK software). The test samples were individually
taken onto a hot stage microscopic glass slide by spreading the powder
sample properly on the microscopic slide. The prepared sample slide
is inserted into the Linkam hot stage accessory (LTS 420), and using
20× magnification with a 5.0 megapixel camera, the sample is
illuminated and focused. The resulting video then appears on a connected
computer. The sample is heated up to 300 °C with a 5 °C/min
ramp rate (LINK, version No. 1.2.20.8).
study on DAS-HA, DAS-HEA, and DAS-OA was performed using a Leica polarized
light microscope (Model, DM2700P) equipped with a Linkam hot stage
(Model, LTS 420 with LINK software). The test samples were individually
taken onto a hot stage microscopic glass slide by spreading the powder
sample properly on the microscopic slide. The prepared sample slide
is inserted into the Linkam hot stage accessory (LTS 420), and using
20× magnification with a 5.0 megapixel camera, the sample is
illuminated and focused. The resulting video then appears on a connected
computer. The sample is heated up to 300 °C with a 5 °C/min
ramp rate (LINK, version No. 1.2.20.8).
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