ACME have a professional R&D team and advanced technical equipment, design and develop according to your needs, and improve your market competitiveness! Whether you are looking for more efficient filtration performance, or the pursuit of superior ventilation performance, ACME can provide the best quality products and services.
Customization & R&D Services
ACME specialize in the formulation and structural design of meltblown nonwovens and functional composites, supporting the full process from proof of concept (POC) to pilot runs, scale-up, and mass production. Whether you need higher filtration efficiency, thermal insulation, oil absorption rate, or chemical resistance, ACME enable fast iteration with data and samples to shorten lead time and reduce costs.
Deliverables: sample rolls/cut pieces, testing data (third-party optional), mass production parameter recommendations, packaging and acceptance specifications.
Capabilities Overview
Material Design: fiber diameter distribution, basis weight (gsm), porosity, and composite structures.
Performance Optimization: efficiency vs. pressure drop, Clo value, Rcf (thermal resistance per unit thickness), oil absorption capacity/rate, tear and abrasion resistance.
Reliability Validation: ASTM/ISO test methods, accelerated aging, and chemical resistance testing aligned with application scenarios.
Mass Production Implementation: process parameter windows, incoming/outgoing inspection specs (AQL), packaging, and logistics design.
Customizable Parameters
Item
Available Range / Options
Description
Material
PP / PC / PEI / PET / PBT / Nylon / TPU / TPEE / SEBS
Materials not listed can also be customized
Basis Weight (gsm)
10 ~ 250 gsm
Adjustable by application; higher gsm = thicker
Thickness
0.02 ~ 2.0 mm
Different thicknesses suit filtration vs. insulation
Default is roll form; special packaging quoted separately
*For medical or regulated products, lead time depends on testing and certification requirements.
Quality & Test Indicators
Indicator
Typical Context
Description
Filtration Efficiency
Varies with particle size
Testable per ASTM or other standards
Pressure Drop
Depends on airflow and structure
Balance between efficiency and service life
Thermal Insulation (Clo)
Typically ≥ 0.5
Reflects insulation of clothing/material
Unit Thickness Efficiency (Rcf)
Varies with material thickness
Efficiency-to-thickness balance
Oil Absorption
Varies by oil type
Common in environmental/industrial cleanup
Chemical Resistance
Varies by reagent
Ensures long-term stability and safety
Mechanical Strength
Meets common ASTM / ISO tests
Includes tear, tensile, etc.
PP Product Test Standards | Used in medical/surgical mask scenarios
The above data are general reference values; actual performance may vary with raw materials, structures, and application conditions.
For precise data, third-party test reports or sample testing can be provided.
Fiber Image 2000× | Coarser fibers form supporting skeleton
Fiber Image 1000× | Smooth surface, easy to laminate
Fiber Image 1000× | Continuous micropore channels
Fiber Distribution|Front | Median & standard deviation customizable
Fiber Distribution|Back | Adjustable differences across sides
Need customized materials or support for mass production?
Share your requirements, ACME provide samples, test data, and production parameter recommendations to help you strike the best balance between timeline and cost.