Performance Lidstock

Classification

Die-Cut Lidstock

Application

Universal Foil

Container Type

HP, PP, HIPS, PET, PVC

Description

Foil substrate for die-cut lids
Foil thickness 1.2-2.0 mil (30-50 micron)
Sealable to common plastic containers

Advantages

Surface-printable
Easily embossed
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability
Used for wet or dry products
Suitable for cold, ambient or warm fill

Structural Layers

• Print Primer
• Aluminum Foil
• Film or Coex Sealant

Classification

Die-Cut Lidstock

Application

Hot-Fill Foil

Container Type

HD, PP

Description

Foil substrate for die-cut lids
Foil thickness 1.2-2.0 mil (30-50 micron)
Sealable to PP and PE plastic containers
Designed for hot-fill applications

Advantages

Surface printable
Easily embossed
Sealable to PP, and PE containers
Consistent peelability with cohesive peel
Visual seal footprint on container
Used for wet or dry products
Suitable for hot fill applications up to 210F

Structural Layers

• Print Primer
• Aluminum Foil
• Film or Coex Sealant

Classification

Die-Cut Lidstock

Application

Hot-Fill Aggressive Foil

Container Type

HD, PP

Description

Laminated Foil/PET for die-cut lidding
Foil thickness 1.5-2.0 mil (38-50 micron)
Sealable to PP and PE plastic containers
Designed for holding aggressive products

Advantages

Surface-printable Foil/PET laminate
Embossed or unembossed
Sealable to PP, and PE containers
Consistent peelability with cohesive peel
Visual seal footprint on container
Excellent puncture resistance
For products requiring exceptional product resistance
Suitable for hot fill applications up to 210F

Structural Layers

• Print Primer
• Aluminum Foil
• PET
• Film Sealant

Classification

Die-Cut Lidstock

Application

Autoclave/Retort Sterilizable Foil

Container Type

PP

Description

Foil substrate for die-cut or roll-fed lidding
Foil thickness 1.5-2.75 mil (38-70 micron)
Sealable and peelable to PP containers
Designed for autoclave or retort

Advantages

Heat-resistant printable foil
Embossed or unembossed
Sealable to PP containers
Consistent peelability with cohesive peel
Visual seal footprint on container
Excellent puncture resistance
Exceptional moisture and oxygen barrier
Suitable for retort sterilization to 275F (135C)

Structural Layers

• Heat-Resistant Lacquer
• Aluminum Foil
• Coex Sealant or Heat-Seal Coating

Classification

Die-Cut Lidstock

Application

Radiation/Retort Sterilizable Foil

Container Type

PET, PVC, PETG

Description

Foil substrate for die-cut or roll-fed lidding
Foil thickness 1.5-2.0 mil (38-50 micron)
Sealable and peelable to PET containers
Designed for gamma, autoclave or retort sterilization

Advantages

Heat-resistant printable foil
Embossed or unembossed
Sealable to PET and PVC containers
Visual seal footprint on container
Exceptional moisture and oxygen barrier
Suitable for retort and gamma sterilization

Structural Layers

• Heat-Resistant Lacquer
• Aluminum Foil
• Heat-Seal Coating

Classification

Die-Cut Lidstock

Application

PET Lidstock

Container Type

HP, PP, HIPS,PET, PVDC ctd HIPS, PVC

Description

Foil substrate for die-cut or roll-fed lids
PET thickness 1.2-2.0 mil (30.5-50 micron)
Sealable to common plastic containers

Advantages

Surface printable
Embossed or unembossed
Excellent puncture and tear resistance
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability
Suitable for wet or dry products
Available with white or natural sealant
Microwave and metal detection possible
Suitable for cold, ambient, or warm fill

Structural Layers

• PET
• Heat-Seal Coating

Classification

Daisy Wheel Lidstock

Application

Dairy

Container Type

PP, HD, HIPS, PET, PVC

Description

Paper/Foil/Film laminate for daisy wheel lidding
Sealable to common plastic containers

Advantages

Printable paper surface
Excellent lay flat characteristics
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability
Used for wet or dry products
Suitable for cold, ambient, or warm fill

Structural Layers

• Clay-Coated Paper
• Aluminum Foil
• Coex Film or Coex Coating

Classification

Daisy Wheel Lidstock

Application

Dairy/Margarine

Container Type

PP, HD, HIPS, PET, PVC

Description

Paper/Film laminate for daisy wheel lids
Sealable to common plastic containers

Advantages

Printable paper surface
Excellent lay-flat characteristics
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability
Microwave and metal detection possible
Used for wet or dry products
Suitable for cold, ambient, or warm fill

Structural Layers

• Clay-Coated Paper
• Polyethylene (PE)
• Coex Film

Classification

Daisy Wheel Lidstock

Application

Condiments/Sauces

Container Type

HIPS, PVC

Description

Paper/Foil/Heat-Seal laminate for daisy wheel lids
Sealable to HIPS and PVC containers

Advantages

Printable paper surface
Excellent lay-flat characteristics
Sealable to HIPS and PVC containers
Excellent corrosion and product resistance
Used for products with high free oil
Suitable for cold, ambient, or warm fill

Structural Layers

• Clay-Coated Paper
• Polyethylene (PE)
• Aluminum Foil
• Heat-Seal Coating

Classification

Daisy Wheel Lidstock

Application

Condiments/Sauces (Non-Foil)

Container Type

HIPS, PVDC ctd HIPS, PVC

Description

Paper/PET/Heat seal laminate for daisy wheel lids
Sealable to HIPS and PVC containers

Advantages

Printable Paper Surface
Sealable to HIPS and PVC containers
Excellent product resistance
Microwave and metal detection possible
Metallization possible
Used for products with high free oil
Suitable for cold, ambient, or warm fill

Structural Layers

• Clay-Coated Paper
• PET
• Heat-Seal Coating

Classification

Daisy Wheel Lidstock

Application

Hot-Fill

Container Type

PP, HDPE, HIPS

Description

Paper/Film laminate for daisy wheel lids
Sealable to PE and PP containers
Designed for hot fill applications

Advantages

Printable Paper Surface
Sealable to HDPE and PP containers
Excellent product resistance
Consistent peelability with cohesive peel
Visual seal footprint on container
For products requiring improved product resistance
Suitable for hot fill applications up to 210F

Structural Layers

• Clay-Coated Paper
• Aluminum Foil
• Coex Film or Coex Coating

Classification

Roll-Fed Lidstock

Application

Low-Barrier Film (A)

Container Type

HDPE

Description

PET/Coex Film laminate for reel-fed lids
Sealable to PE and PP containers
Low demand applications

Advantages

Available unprinted or reverse-printed
Natural or white pigmented sealant
Sealable to HDPE and PP containers
Consistent peelability
Suitable for wet or dry products
Metallization possible
Microwave and metal detection possible
Suitable for cold, ambient, or warm fill

Structural Layers

• PET or MPET
• Coex Film

Classification

Roll-Fed Lidstock

Application

Low-Barrier Film (B)

Container Type

HP, PP, HIPS, PET, PVC

Description

Paper/PE/Coex Film laminate for reel-fed lids
Sealable to PE and PP containers
Low demand applications

Advantages

Printable paper surface
Sealable to HDPE and PP containers
Consistent peelability
Suitable for wet or dry products
Sealable to PP, PE, PS, PET, and PVC containers
Microwave and metal detection possible
Suitable for cold, ambient, or warm fill

Structural Layers

• Clay-Coated Paper
• Polyethylene (PE)
• Coex Film

Classification

Roll-Fed Lidstock

Application

High Barrier (Non-Foil)

Container Type

HDPE, PP

Description

Multi-layer barrier laminate
Sealable to PE and PP containers
Surface or reverse-printable

Advantages

Available unprinted or reverse-printed
Natural or white pigmented sealant
Sealable to HDPE and PP containers
Consistent peelability
Suitable for wet or dry products
Transparent high oxygen and moisture barrier
Microwave and metal detection possible
Suitable for all fill conditions

Structural Layers

• Barrier PET
• OPA
• Coex Film

Classification

Roll-Fed Lidstock

Application

High-Barrier PET

Container Type

HP, PP, HIPS, PET, PVC

Description

Multi-layer PET barrier laminate
Sealable to common plastic containers
Surface or reverse-printable

Advantages

Available unprinted or reverse-printed
Sealable to PP, PE, PS, PET, and PVC containers
Suitable for dry products only
Excellent oxygen barrier
Microwave and metal detection possible

Structural Layers

• PET
• Barrier PET
• Heat-Seal Coating

Classification

Roll-Fed Lidstock

Application

High Barrier (Foil)

Container Type

PP, HP, HIPS, PET, PVC, HD, HDPE

Description

Multi-layer PET/Aluminim Foil or Paper/Foil laminates
Sealable to common plastic containers

Advantages

Printable paper surface (or reverse-printable PET)
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability
Suitable for wet or dry products
Excellent oxygen and moisture barrier
Suitable for most fill conditions

Structural Layers

• PET or Paper
• Aluminum Foil
• Coex Film

Classification

Roll-Fed Lidstock

Application

Autoclave/Retort Sterilizable

Container Type

PP

Description

Multilayer barrier foil laminate
Foil thickness 0.5-2.0 mil (12-50 micron)
Sealable and peelable to PP containers
Designed for autoclave or retort sterilization

Advantages

Available unprinted or reverse printed gravure
Sealable to PP containers
Consistent peelability
Excellent puncture resistance
Exceptional moisture and oxygen barrier
Available with added PA strength layer
Suitable for retort sterilization to 275F (135C)

Structural Layers

• PET
• Aluminum Foil
• PA (Optional)
• Coex Film or Coex Coating

Classification

Roll-Fed Lidstock

Application

Formable Cap Lidstock

Container Type

HD, HP, PP, HIPS, PET, PVC

Description

Peelable foil substrate reel-fed lids
Formed cap applications
Foil thickness 1.5-2.0 mil (38-50 micron)

Advantages

Surface printable
Embossed or unembossed
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability and wide seal window
Good puncture and tear resistance
Used for wet or dry products
Suitable for most fill conditions

Structural Layers

• Lacquer
• Ink
• Aluminum Foil
• Coex Film or Coex Coating

Classification

Roll-Fed Lidstock

Application

Induction Seal

Container Type

HP, PP, PET

Description

Multilayer barrier foil laminate
Induction sealable for cap inserts
Sealable to common plastic containers

Advantages

Available unprinted or reverse printed gravure
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability and wide seal window
Available with paper or foam bulk layer
Excellent puncture resistance
Exceptional moisture and oxygen barrier
Excellent corrosion and product resistance
Suitable for most fill conditions

Structural Layers

• PET
• PE Foam
• Aluminum Foil
• Coex Film

Classification

Roll-Fed Lidstock

Application

Sealing to Metal

Container Type

Uncoated metal

Description

Multilayer barrier foil laminate
Foil thickness 1.0-2.75 mil (25-70 micron)
Sealable to uncoated metal

Advantages

Heat resistant printable Foil
Embossed or unembossed
Sealable to uncoated metal surfaces
Consistent peelability
Visual seal footprint on container available
Excellent puncture resistance
Exceptional moisture and oxygen barrier
Available with added PA strength layer
Suitable for dry and oily products

Structural Layers

• Heat-Resistant Lacquer or PET
• Aluminum Foil
• Coex Film or Coex Coating

Classification

Proprietary Specialty Lidstock

Application

NanoLid™ (Transparent)

Container Type

Proprietary Specialty Lidstock

Description

Multilayer PET barrier laminate
Sealable to common plastic containers
Surface or reverse-printable 

Advantages

Available unprinted or reverse-printed
Sealable to PP, PE, PS, PET, and PVC containers
Consistent peelability 
Suitable for wet or dry products
Microwave and metal detection possible
Suitable for cold, ambient or warm fill

Structural Layers

• PET
• Barrier Coating
• Coex Film

Classification

Proprietary Specialty Lidstock

Application

NanoLid™ (White)

Container Type

Proprietary Specialty Lidstock

Description

Multilayer PET barrier laminate
Sealable to common plastic containers
Surface or reverse-printable 

Advantages

Structural Layers

• PET
• Barrier Coating
• White Opaque Coex Film