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Sample analysis resin Technovit® 4006SE-Powder 1×1,000g
Sample analysis resin Technovit® 4006SE-Mets Japan Co., Ltd.

Sample analysis resin Technovit® 4006SE
Mets Japan Co., Ltd.

Mets Japan Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

4.6hours

Very Fast Response


About This Product

■Resin for sample analysis manufactured by KULZER in Germany Technovit® 4006SE

Technovit 4006 SE has almost the same characteristics as 4006 and is especially suitable for implanting very thin layers. It is cured with two components: powder and liquid.

■Material properties

Compared to Technovit 4006, there are fewer bubbles and highly transparent resin embedding is possible without using the pressurizer Technomat.

■How to use

Mixing ratio 2:1 (powder:liquid) Thoroughly mix the powder and liquid in a mixing cup. After mixing, it will harden in 11-15 minutes.

■Precautions for use

By using the pressurizer Technomat, it is possible to embed resin with fewer air bubbles and high transparency.

  • Product

    Sample analysis resin Technovit® 4006SE

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4 Models of Sample analysis resin Technovit® 4006SE

Click on the part number for more information about each product

Image Part Number Price (excluding tax) Steel ball indentation hardness (DIN53456) Amount Product number Product composition Color Impact strength Linear thermal expansion coefficient Linear shrinkage rate Curing time (under 22℃ environment) Maximum temperature during curing Upper limit of stable temperature after curing Solubility Mixing ratio Working time after mixing Bending strength Elastic modulus Refractive index (monomer) Refractive index (polymer) Density = spec weight (DIN 53479) Compressive strength Water absorption (DIN 53495) Estimated storage period Recommended storage temperature Volumetric shrinkage rate Main uses Shore D
Sample analysis resin Technovit® 4006SE-Part Number-Powder 1×1,000g

Powder 1×1,000g

Available upon quote

Approximately 137N/㎟

1×1,000g

66030969

Powder/liquid

Transparent

Approximately 4.2 kJ/㎡

Approximately 108ppm

Approximately 1.8%

Approximately 11 to 15 minutes

Approximately 99℃

Approximately 105℃

Swelling

Twenty one

Approximately 4 minutes

Approximately 120N/㎟

Approximately 2,400~2,500Mpa

1.439

1.441

Approximately 1.14 g/㎤

Approximately 120~150N/㎟

Approximately 0.3Vol-%

About 3 years

25℃

Approximately 5.4%

Embedding with pressure to suppress air bubbles

87

Sample analysis resin Technovit® 4006SE-Part Number-Powder 1×10,000g

Powder 1×10,000g

Available upon quote

Approximately 137N/㎟

1×10,000g

66030966

Powder/liquid

Transparent

Approximately 4.2 kJ/㎡

Approximately 108ppm

Approximately 1.8%

Approximately 11 to 15 minutes

Approximately 99℃

Approximately 105℃

Swelling

Twenty one

Approximately 4 minutes

Approximately 120N/㎟

Approximately 2,400~2,500Mpa

1.439

1.441

Approximately 1.14 g/㎤

Approximately 120~150N/㎟

Approximately 0.3Vol-%

About 3 years

25℃

Approximately 5.4%

Embedding with pressure to suppress air bubbles

87

Sample analysis resin Technovit® 4006SE-Part Number-Liquid 1×1,000mℓ

Liquid 1×1,000mℓ

Available upon quote

Approximately 137N/㎟

1×1,000 mℓ

66030968

Powder/liquid

Transparent

Approximately 4.2 kJ/㎡

Approximately 108ppm

Approximately 1.8%

Approximately 11 to 15 minutes

Approximately 99℃

Approximately 105℃

Swelling

Twenty one

Approximately 4 minutes

Approximately 120N/㎟

Approximately 2,400~2,500Mpa

1.439

1.441

Approximately 1.14 g/㎤

Approximately 120~150N/㎟

Approximately 0.3Vol-%

About 3 years

25℃

Approximately 5.4%

Embedding with pressure to suppress air bubbles

87

Sample analysis resin Technovit® 4006SE-Part Number-Liquid 1×5,000mℓ

Liquid 1×5,000mℓ

Available upon quote

Approximately 137N/㎟

1×5,000 mℓ

66030967

Powder/liquid

Transparent

Approximately 4.2 kJ/㎡

Approximately 108ppm

Approximately 1.8%

Approximately 11 to 15 minutes

Approximately 99℃

Approximately 105℃

Swelling

Twenty one

Approximately 4 minutes

Approximately 120N/㎟

Approximately 2,400~2,500Mpa

1.439

1.441

Approximately 1.14 g/㎤

Approximately 120~150N/㎟

Approximately 0.3Vol-%

About 3 years

25℃

Approximately 5.4%

Embedding with pressure to suppress air bubbles

87

Click on the part number for more information about each product

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About Company Handling This Product

Response Rate

100.0%


Response Time

4.6hrs

  • Japan

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