bulk silica gel

Pharmaceutical grade silica gel desiccant from professional ODM and OEM manufacturer Brief Introduction Silica Gel is a high-activity absorbent which is the result usually through chemical reacting between ... Read More

Industrial Grade Dry Packs Silica Gel Desiccant For Adsorption for shoes /machine/warehouse Brief Introduction Silica Gel is a high-activity absorbent which is the result usually through chemical reacting ... Read More

Colored blue silica gel for air filter to absorb water INTRODUCTION Shape: glass-like pellets or lumps. Color: blue or light blue. Turning from blue to pink after absorbing moistures. Use:Mainly used for ... Read More

Introduction Desiccant, also known as moisture-proof beads, moisture-proof agent, dry bag, dehumidifier and so on, as the name implies , it is used to play a dry, moisture-proof effect, such as food bag ... Read More

Super adsorption capacity Silica Gel desiccant ,Desiccant dryer,Desiccant packet packs bags moisture absorbent Brief Introduction Silica Gel is a high-activity absorbent which is the result usually through ... Read More

50g Silica gel scented dryer beads packaged desiccants with non-woven paper Brief Introduction Silica gel desiccant is a highly active adsorption material.It is usually made of reacting with sodium silicate an ... Read More

Features 1. Non-toxic, odorless, eco-friendly, can contact with food 2. High absorption capacity, high purity 3. Various package, customized availale 4. Free samples are offered Performance Parameter Item ... Read More

Specification Material Silica gel Moisture Adsorption 33%-35% (RH=80%. T=25C) Water Conten Read More

3g silica gel desiccant pharmaceutical use moisture absorber Brief Introduction Silica Gel is a high-activity absorbent which is the result usually through chemical reacting between Sodium Silicate and sulfuric ... Read More

Highest absorption capacity of any commercially used silica gel desiccant Brief Introduction Silica Gel Desiccant is a high-activity sorbent,which is the result through chemical reaction between sodium silicate ... Read More