Did you know that 45% of pharmaceutical companies face coating defects due to inferior film materials? Or that 32% of production delays stem from poor HPMC film performance? If you're battling crumbling tablets, uneven coatings, or skyrocketing production costs, you're not alone.
(hpmc film)
Imagine a film that dissolves 40% faster while maintaining zero cracks. Our HPMC E5 film delivers:
Feature | Our HPMC E5 | Competitor X | Basic HPMC |
---|---|---|---|
Dissolution Time | 12-18 min | 22-30 min | 35+ min |
Film Flexibility | 0.8% cracks | 2.1% cracks | 5.4% cracks |
Moisture Barrier | Grade 9.2 | Grade 7.1 | Grade 5.8 |
Step 1: Share your tablet hardness (5-30 KP) and release profile needs
Step 2: Receive 3 optimized film prototypes within 72 hours
Step 3: Scale production with our 200,000㎡/month capacity
When NutraPharma switched to our HPMC E5 coating:
→ Tablet defects dropped from 8.2% to 0.7% in 3 months
→ Production speed increased by 22%
→ Annual savings: $417,000
Join 370+ manufacturers who boosted yields with our HPMC films. Limited May slots available – claim your free sample kit now!
Get My Free Sample →Proudly made in FDA/GMP-certified facilities since 2008
(hpmc film)
A: HPMC film is a thin polymer coating derived from hydroxypropyl methylcellulose. It is widely used for tablet coating due to its biocompatibility and controlled-release properties.
A: HPMC film coating protects tablets from moisture and degradation while enabling tailored drug release. Its solubility can be adjusted for immediate or extended-release formulations.
A: HPMC E5 refers to a specific viscosity grade optimized for film-forming and adhesion. It balances flexibility and dissolution speed, making it ideal for enteric coatings.
A: Yes, HPMC film is also employed in food packaging and agricultural seed coatings. Its biodegradability and non-toxic nature make it suitable for eco-friendly applications.
A: Key factors include polymer viscosity, additive composition, and curing conditions. Proper formulation ensures uniformity, stability, and desired dissolution profiles.