FAQ
What temperature range can your silicone products withstand?
Our standard industrial silicone withstands -40°C to 200°C. Food-grade and medical-grade silicone can briefly tolerate up to 250°C, while special high-temperature formulations can resist over 300°C. We can tailor materials to your specific application.
What causes odor in silicone products?
Food-grade and medical-grade silicone products should be odorless. Odor typically stems from low-quality recycled materials or insufficient post-curing. Our products use 100% virgin raw materials and undergo strict deodorization processes to ensure no unpleasant smells.
Can you handle secondary processing for silicone products?
Yes, we offer secondary processing such as screen printing, spraying, adhesive backing, and bonding to meet your custom appearance and functional requirements.
What is the typical production lead time for silicone products?
Standard products have a lead time of 3–7 days. For custom products, mold fabrication usually takes 7–15 days, with mass production taking an additional 5–10 days. The full timeline is confirmed with you in advance.
What certifications can your silicone products provide?
Our silicone products can provide food-grade FDA and LFGB certifications, as well as medical-grade ISO13485 certification, meeting compliance requirements across different industries.
What are the core advantages of silicone products compared to other materials?
Silicone offers excellent high and low temperature resistance, is non-toxic and odorless, has superior flexibility and aging resistance, making it ideal for food contact, medical devices, industrial sealing, and other applications.
What is the customization process for silicone products?
After receiving your drawings or samples, we proceed with mold design and prototyping. Once you confirm the sample, we arrange mass production, monitor progress and quality throughout, and finally deliver the packaged products.
How does a silicone product factory ensure stable product quality?
Our factory ensures consistent and stable product quality through incoming raw material inspections, in-process quality checks at every production stage, performance testing (such as tensile strength, temperature resistance, and aging resistance) on finished products, and regular calibration of production equipment.