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Advanced Packaging Systems & Container-Closure Materials

Primary Packaging Materials (Direct Formulation Contact)


We support in all kinds of primary packaging materials with various types of materials and applicability for various dosage forms.

Some of categories and primary packaging materials are listed below. But, we cater many other packaging as well.

Glass Containers & Vials

  • Type I Borosilicate Glass

  • Highest hydrolytic resistance, ultra-low leachable profile. Used for clear/amber molded or tubular vials, ampoules, infusion bottles, and pre-filled syringes (Pharma sterile injectables, biologics, and ophthalmics).
  • Type II Dealkalized Soda-Lime Glass

  • Soda-lime glass chemically treated via sulfur dioxide surface dealkalization to increase hydrolytic resistance. Used for acidic or neutral aqueous parenterals and infusions.
  • Type III Regular Soda-Lime Glass

  • Moderate hydrolytic resistance. Suitable for non-aqueous parenterals, diagnostic items, oral syrups, topical liquids, and dry powders.
  • USP Non-Plastic/NP Glass

  • General-purpose soda-lime glass restricted to non-parenteral configurations, including oral tablets, capsules, topical ointments, and cosmetic liquids.

Plastics & Rigid Polymer Containers

  • High-Density Polyethylene (HDPE)

  • Superior moisture barrier, high chemical resistance, opaque white coloring. The industry standard for solid oral tablet/capsule bottles, wide-mouth jars, and veterinary powder containers.
  • Polyethylene Terephthalate (PET)

  • High clarity, gas/oxygen barrier properties, impact resistant. Preferred for oral syrups, liquid suspensions, nutraceutical gummies, and cosmetic serums.
  • Polypropylene (PP)

  • Excellent thermal resistance (withstands autoclaving and terminal steam sterilization). Used for IV bottles, blow-fill-seal (BFS) ampoules, jar lids, diagnostic tubes, and ointment tubs.
  • Low-Density Polyethylene (LDPE)

  • Highly flexible, squeezeable polymer. Used for ophthalmic dropper bottles, nasal sprays, topical tubes, and squeeze-dressings.
  • Aluminum Canisters & Tubes

  • Light-proof, oxygen-impermeable, collapsible primary matrices. Used for metered-dose inhalers (MDI canisters), sterile topical ointments, and veterinary mastitis syringes.

Blister Packaging Foils & Laminates

  • Alu-Alu (Cold Form Foil - CFF)

  • Multi-layer structure (oPA / Aluminum / PVC laminate). Provides a complete barrier against moisture, oxygen, light, and gases. Essential for highly sensitive, unstable, and hygroscopic APIs.
  • PVC (Polyvinyl Chloride) Base Film

  • Rigid, high-clarity thermoformable plastic film (~250-monolayer depth). Standard baseline sheet for economical immediate-release solid oral blisters.
  • PVC/PVDC Laminates

  • PVC coated with Polyvinylidene Chloride (Duplex/Triplex structures like 250µ PVC / 40g/60g/90g PVDC). Offers intermediate to advanced moisture and vapor protection barriers.
  • Aclar® Laminates

  • Fluoropolymer films laminated onto PVC bases. Delivers high moisture barriers in a thermoformable transparent film, providing a clear alternative to opaque Alu-Alu.
  • Lidding Foils

  • Hard-temper or soft-temper Aluminum foil (20µ–25µ) coated with heat-seal lacquer compatible with PVC/PVDC/PP bases, or push-through child-resistant peel-push configurations.

Closures, Elastomers & Functional Delivery Systems


We support in all kinds of primary closure packaging materials with various functionality for specific dosage forms. We also support in special functional delivery packaging systems.

Some of categories and closures and delivery systems are listed below. But, we cater many other materials as well.

Elastomeric Closures & Rubber Stoppers

    • Bromobutyl & Chlorobutyl Rubber Stoppers

    • High-purity synthetic elastomers characterized by low gas/moisture permeability and minimal extractable profiles. Standard choice for lyophilized powders, liquid injectables, infusion bags, and serum vials.
    • Flurotec® / Teflon-Coated Stoppers

    • Barrier-coated elastomeric systems designed to eliminate sorption of active ingredients and prevent trace leachables (essential for proteins, peptides, and advanced biologics).
    • Silicone Elastomers

    • High biocompatibility and flexibility. Used for peristaltic pump tubing, ophthalmic dropper tips, and specialized seals.

Rigid Closures & Cap Systems

    • Child-Resistant Closures (CRC)

    • Push-and-turn engineered caps built from PP/HDPE matrices to comply with global safety protocols for toxic drugs and consumer safety.
    • Tamper-Evident & Tear-Off Seals

    • Aluminum-plastic flip-off caps for injection vials, and break-ring screw caps for liquid bottles that verify pack integrity.
    • Liner Systems

    • Expanded Polyethylene (EPE), Teflon (PTFE) faced, and induction heat-seal aluminum liners providing hermetic welds across container rims.

Functional Delivery Systems

    • Metered Dose Pumps

    • High-precision mechanical spray systems for nasal and topical delivery dispensing metered volumes (50µL–130µL).
    • Pre-filled Syringe Components

    • Plunger stoppers, tip caps, and rigid needle shields manufactured from specialized fluoropolymer-coated butyl combinations.

Secondary & Tertiary Packaging Materials


We support in all kinds of secondary packaging materials and inserts with various functionality various dosage forms.

Some of categories and materials are listed below. But, we cater many other materials as well.

  • Folding Cartons & Duplex Boards

  • High-grade Bleached Chemical Boards (SBS) or Clay Coated Solid Bleached Sulfate sheets printed with anti-counterfeiting micro-text, containing Braille embossing, structural partitions, and anti-tamper glue seals.
  • Desiccants & Active Scavengers

  • Silica gel sachets, Molecular Sieve canisters, Activated Carbon inserts, and oxygen scavenging packets placed directly inside primary containers to absorb residual moisture and prevent oxidative breakdown.
  • Insulated Tertiary Shippers & Cold Chain Matrices

  • Polyurethane (PU) or Expanded Polystyrene (EPS) thermal shipping cases equipped with Phase Change Materials (PCM) or dry-ice beds, continuously integrated with validation temperature data-loggers for cold-chain transport (2°C–8°C or -20°C/-80°C configurations).

Regulatory Documentation


  • Regulatory Documentation / Declarations / Risk Assessments

    • CoA, MSDS
    • Elemental & Nitrosamine Impurities Risk Assessments
    • Microbial Limit Tests
    • Non-GMO, Allergen-Free, Heavy Metals, Phthalate-Free