High Temperature Vulcanizing Silicone Rubber H6250-40® Transparent Liquid Silicone Rubber

Description

H6250-40 product is 2-part liquid silicone rubber, catalyzed by platinum, mixing ratio of parts A:B=1:1.

It can be used in the thermally conductive mechanical parts usually worked in high temperature.

Key Features and Benefits

1. An exceptional fluidity and good operability
2. Good tensile strength and tear strength
3. Chemically inert, odorless, tasteless, and stainless
4. Bacterial resistant and easy to clean and sterilize
5. Biocompatible and short/long-term implantable
6. Lubricious for less invasive biological applications
7. Temperature flexible – 180°F to 600°F
8. Fatigue and compression set resistant
9. Chemical resistant

Typical Properties

These figures are for reference only, please contact us for details.

Operation instruction

Part A and B are packed in 20kgs pails or 200kgs drums respectively. When operating, part A and B can be injected directly to the heated mold from the original containers by mean of metering and mixing unit. At the mold temperature of 90-150℃, silicone rubber cures within minutes according to the size. The pot life is 3-7days after mixing under 23℃. Clean pipe and machine when machine stoped for a long time.

Applications

Because of the outstanding properties, H6250-40® silicone rubber is particularly suitable for Industrial thermal conductive accessories, vapor sealing, electrical connectors, spark plug boots, tactile, and soft-touch buttons.

Certificate

Rui-He H6250-40® silicone rubber obtained the following test certificate: RoHS, FDA, REACH, PAHS, ISO9001:2016, etc.

Packaging Method & Delivery date

Storage

Store in a cool, dry place out of direct sunlight, use it within 12 months from the day of manufacture.

Notice

This product cannot be contacted with compounds containing N, P, S to avoid affecting the catalytic effect of platinum.

If you need to know the prices of our silicone rubbers, please contact us. We do not provide prices on the website because prices fluctuate for many reasons.