CUSTOM SERVICE
Jarsking
Cosmetic tubes are versatile, lightweight packaging solutions essential to the modern beauty industry worldwide. Made from materials like plastic, aluminum, and laminated composites, these cylindrical containers effectively protect products from contamination while offering convenient dispensing for creams, lotions, serums, and gels. Their highly customizable designs enhance overall brand appeal significantly.
Typically made from HDPE or PE plastic with 5-layer barrier construction including EVOH layers for superior oxygen protection and extended shelf life
Common sizes range from 30ml to 100ml, with diameters between 25mm-35mm and customizable lengths from 120mm-190mm
Often equipped with screw caps or flip-top closures, with some featuring precision nozzle tips for controlled dispensing and hygienic application
Enhanced protection through airtight seals that minimize exposure to air, bacteria, and contaminants while preserving active ingredients like vitamin C and retinol
Smaller capacity tubes ranging from 5ml to 20ml with narrow diameters of 12.7mm-16mm for precise application around delicate eye areas
Feature soft-tip applicators, rollerball dispensers for cooling massage effects, or narrow nozzle tips designed specifically for under-eye application
Available in mono-layer, double-layer, or 5-layer designs with EVOH barrier technology for maximum product preservation
Constructed from laminated ABL (Aluminum Barrier Laminate) or PBL (Plastic Barrier Laminate) materials offering excellent barrier properties and luxurious feel
Made from durable PE materials or lightweight aluminum with high barrier properties, featuring smooth feel and good resilience for frequent handling. Aluminum options provide superior protection against light, air, and moisture, while offering enhanced corrosion resistance and premium recyclability
Typically range from 60g to 100g capacity with diameters of 30mm-38mm and lengths between 140mm-190mm for family-size portions
Available with flip-top caps, screw-on caps, or pump dispensers designed for easy one-handed operation and mess-free application
Feature impact-resistant properties to prevent leakage, spillage, or breakage during transport and daily use
Equipped with specialized applicator types including pen-type dispensers, brush applicators, roll-on balls, or massage heads for targeted application
Available in airless soft tube designs with vacuum pump dispensers that eliminate air exposure completely, preserving sensitive active ingredients while providing consistent dispensing from first use to last drop without product contamination.
Feature precise dosage control mechanisms that minimize product waste and ensure consistent application amounts for concentrated formulations
Non-reactive and hypoallergenic materials with sealed dispensing systems that prevent contamination and maintain product sterility
Many incorporate metal rollerball applicators that provide soothing, cooling sensations while enhancing blood circulation and product absorption
Features small circular opening at tip that allows controlled product flow when tube is gently squeezed
Made from soft, squeezable PE or laminated materials with excellent recovery properties, allowing users to control dispensing pressure while maintaining tube shape and structural integrity after repeated use
Sealed small-hole system prevents contamination and air exposure while ensuring consistent product flow, with easy-to-clean tip surface that maintains sterility and prevents clogging or product buildup around opening
Selecting the right material structure is crucial for cosmetic tube performance, product protection, and brand positioning. Each material offers distinct advantages in barrier properties, sustainability, cost-effectiveness, and aesthetic appeal. From basic polyethylene to advanced barrier laminates, understanding these options helps brands choose optimal packaging solutions for their specific formulations and market requirements.
Made from flexible plastic material (LDPE, MDPE, or HDPE) that’s cost-effective and highly versatile for manufacturers. Available in single or multi-layer constructions with varying flexibility levels from soft to firm options. Most popular choice for everyday cosmetic products due to affordability, ease of manufacturing, and adequate protection for standard formulations.
Contains aluminum barrier layer sandwiched between plastic layers providing superior protection against oxygen, light, and moisture. Typically features 5-layer construction (PE/EAA/AL/EAA/PE) with thin aluminum foil core ranging from 9-40μm thickness. Ideal for premium skincare products, pharmaceuticals, and formulations with active ingredients requiring maximum shelf life extension and product integrity preservation.
Constructed entirely from recyclable plastic materials featuring EVOH (Ethylene Vinyl Alcohol) barrier layer for enhanced protection. Offers excellent oxygen and UV resistance while maintaining environmental sustainability. Features unique “memory” properties that allow tubes to return to original shape after squeezing, providing superior recovery and maintaining attractive appearance throughout product use.
Constructed from 99.7% pure aluminum material offering exceptional barrier protection against air, moisture, and UV light. These lightweight, collapsible tubes provide superior product preservation for sensitive cosmetic formulations while maintaining premium metallic appearance and tactile quality. Completely recyclable and infinitely reusable without quality loss, making them environmentally sustainable packaging choice for high-end cosmetic applications.
Innovative eco-friendly construction combining 60% plastic and 40% paper materials for reduced environmental impact while maintaining functionality. Features biodegradable paper components integrated with durable plastic elements, offering sustainable packaging alternative without compromising product protection. Customizable with brand logos and designs, these tubes appeal to environmentally conscious consumers seeking responsible beauty packaging solutions.
Comprehensive pressure testing using compressed air to evaluate tube seal strength and detect potential leaks. Tests involve applying controlled pressure from 2-6 bars to ensure seals withstand transport and handling conditions without product contamination or leakage.
Vacuum decay method placing tubes in vacuum chambers to identify micro-leaks invisible to visual inspection. This test achieves 98% leak detection accuracy compared to 75% for visual methods, ensuring product safety and brand reputation protection.
Evaluates heat-sealed tube tail integrity using both positive and negative pressure methods. Positive pressure tests compressive capacity while negative pressure involves water immersion under vacuum to detect bubble formation indicating compromised seals.
Assesses adhesion strength of printed designs, labels, and surface treatments through controlled peeling forces. Tests measure initial adhesion performance, stickiness, and peel strength to ensure decorative elements remain intact throughout product lifecycle and consumer use.
Chemical compatibility testing exposing tubes to alcohol-based formulations to evaluate material degradation, discoloration, or structural compromise. Essential for products containing high alcohol concentrations that could cause plastic breakdown or container deformation over time.
Thermal stability evaluation exposing filled tubes to elevated temperatures (typically 48°C) for extended periods. Tests assess material integrity, seal performance, and product compatibility under various storage and shipping conditions without compromising tube functionality.
Mechanical testing measuring force required to open screw caps and flip-top closures. Tests ensure caps provide secure sealing while remaining easily operable for consumers, typically measuring both opening torque and closure retention strength.
Comprehensive measurement of tube diameter, length, and orifice specifications using precision instruments. Ensures tubes meet exact dimensional tolerances for proper filling equipment compatibility, cap fit, and overall packaging system integration requirements.
Precision dimensional testing using specialized equipment to measure tube wall thickness consistency. Critical for ensuring adequate barrier properties, squeeze functionality, and material distribution uniformity throughout the tube body for optimal performance and appearance.
Water vapor transmission rate and oxygen permeability testing evaluating protective capabilities of multi-layer tube constructions. Critical for products requiring extended shelf life, measuring barrier effectiveness of EVOH layers and aluminum laminates.
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