About Silicon Blocks SILICONE
Silicon blocksSilicon blocks are available in various purities and are used in different applications. Here are some details about silicon blocks:
- 99% Silicon Blocks: These are available with the product code SI-E-02-BLC. They are priced based on order quantity and come with technical data and safety data sheets.
- 99.9% Silicon Blocks: These blocks have the product code SI-E-03-BLC and are also priced based on order quantity. They include technical data and safety data sheets.
- 99.99% Silicon Blocks: With the product code SI-E-04-BLC, these blocks are priced based on order quantity and come with technical data and safety data sheets.
- 99.999% Silicon Blocks: These blocks, with the product code SI-E-05-BLC, are priced based on order quantity and include technical data and safety data sheets.
Silicon blocks have a theoretical molecular weight of 28.08 and appear as blocks. They have a melting point of 1414 C and a boiling point of 2900 C. The density of silicon blocks is 2330 kg/m3. They are insoluble in water and have a thermal conductivity of 1.49 W/cm/K at 298.2 K.
Customizable for Diverse RequirementsThese silicone blocks can be manufactured according to precise size, shape, and hardness requirements. Whether you are operating a laboratory needing precise insulation or managing industrial applications requiring robust cushioning or sealing, these blocks are tailored for your unique specifications.
Exceptional Chemical and Heat ResistanceWith the ability to withstand temperatures up to 230C and resist various chemicals and solvents, Silicon Blocks SILICONE are engineered for environments where durability is imperative. Their performance remains consistent across demanding conditions, providing reliable protection and longevity.
Safe, Non-Toxic, and Easy to UseProduced from non-toxic, moulded silicone, the blocks are entirely safe for ongoing use. They are reusable, maintain a long shelf life, and their portable design ensures ease of handling and integration into various setups. Proper storage in a cool, dry place ensures lasting performance.
FAQ's of Silicon Blocks SILICONE:
Q: How can I customize the size and hardness of Silicon Blocks SILICONE for my application?
A: You can specify your required dimensions (length, width, height) as well as the desired hardness (from medium to high) when placing your order. The manufacturer will mold the silicone blocks to match your precise needs, ensuring optimal performance in your intended application.
Q: What are the main benefits of using Silicon Blocks SILICONE in industrial and laboratory settings?
A: These blocks offer exceptional chemical and heat resistance, up to 230C, making them ideal for demanding environments. Their non-toxic, reusable nature, combined with insulating, cushioning, and sealing capabilities, ensures safety, durability, and long-term cost-effectiveness.
Q: When should I consider using Silicon Blocks SILICONE over other materials?
A: Choose these silicone blocks when high thermal resistance, superior chemical resilience, and a non-stick surface are needed. They are especially advantageous in scenarios requiring durable, reusable, and customizable materials for insulation, sealing, or protection.
Q: Where can Silicon Blocks SILICONE be used most effectively?
A: Silicon Blocks SILICONE are designed for industrial and laboratory applications where high-performance insulating, cushioning, or sealing is critical. Their versatile customization and portable design also make them suitable for a wide range of specialized uses.
Q: What is the process for maintaining and storing these silicone blocks?
A: To prolong their shelf life, store the blocks in a cool, dry place. Clean them after use with suitable solvents if exposure to chemicals occurs. Their durable silicone construction ensures they remain effective and reusable with minimal maintenance.
Q: How does the non-toxic property of Silicon Blocks SILICONE benefit my operation?
A: The non-toxic nature of these silicone blocks ensures that they are safe for use in sensitive environments, reducing health risks and regulatory concerns-especially important in laboratories or industries handling delicate materials or processes.