Silica Gel, Davisil(R), Grade 643, 200-425 Mesh, 150A is a form of silicon dioxide made from sodium silicate. It is a granular and porous solid often used as a desiccant to control humidity and avoid spoilage. The GR is an EMD trademark and indicates this chemical reagent is suitable for use in analytical chemistry and that the product meets or exceeds American Chemical Society (ACS) requirements.
Silica Gel, Davisil(R), Grade 643, 200-425 Mesh, 150A is a form of silicon dioxide made from sodium silicate. It is a granular and porous solid often used as a desiccant to control humidity and avoid spoilage. The GR is an EMD trademark and indicates this chemical reagent is suitable for use in analytical chemistry and that the product meets or exceeds American Chemical Society (ACS) requirements.
Silica Gel, Davisil(R), Grade 643, 200-425 Mesh, 150A is a form of silicon dioxide made from sodium silicate. It is a granular and porous solid often used as a desiccant to control humidity and avoid spoilage. The GR is an EMD trademark and indicates this chemical reagent is suitable for use in analytical chemistry and that the product meets or exceeds American Chemical Society (ACS) requirements.
Select a product below and add it to your cart to request a quote.
Silica Gel, Davisil, Grade 643
Choose sharing option
×
Email
Url
WhatsApp
Request A Quote
Thank you!
We have received your request and are working hard on your quotation. Please allow 24 - 48 business hours for quote processing. You will receive a copy of your request to the email attached.
We look forward to serving you.
Thank you!
We have received your request and are working hard on your quotation. Please allow 24 - 48 business hours for quote processing. You will receive a copy of your request to the email attached.
We look forward to serving you.
The Lab Depot uses cookies to improve your experience on our site. By clicking “Dismiss”, you consent to the use of all cookies which enable you to have a more personalized shopping experience. The Lab Depot does not sell any personal information. For more information, please read our privacy policy.