PET STRAPPING / APPLICATIONSPET strapping
PET strapping
for bottles and jars.
Bring the pack, pallet and handling requirements into one clear strapping brief.
Explore the application
A load. A line.
A specification.
A useful specification connects the load with material requirements and packaging equipment. Start with your application, then identify the dimensions, handling conditions and information to review.
Discuss strap dimensions, weight per meter, breaking strength, elongation and coil configuration together, with the actual application in view.
Application study / Bottles & Cans
03 / 08Bottles & Cans
Keep the load together. Keep the line moving.
Bottle and can pallets need retained tension, dynamic recovery and consistent feeding from the packaging line to the delivery point.
01Load settlement & tension lossLeaning & re-palletizingTension retention & recovery control
Industry challenge
Cartons, trays and bottle layers can settle after palletization. Package compression and PET relaxation can reduce securing force.
Business consequence
Reduced restraint can allow pallet movement, product breakage and additional handling.
Newton engineering response
Multi-stage stretching and thermal stabilization balance strength, usable elongation and residual stress. Recovery helps accommodate temporary package movement.
02Transport shock & load shiftCollision & leakageHigh-toughness PET engineering
Industry challenge
Braking, turning, forklift handling and vibration introduce short-duration peak loads into a palletized package.
Business consequence
Product movement can overload straps and cause breakage, leakage or transport claims.
Newton engineering response
A controlled stress–strain balance supports impact absorption and elastic recovery. Agree the strap and joint requirements for the complete pallet.
03Feeding & welding inconsistencyStops & troubleshootingMelt-to-winding consistency
Industry challenge
Width, thickness, camber and curl variation can disrupt feeding, tensioning and friction welding on automated equipment.
Business consequence
Misfeeds and inconsistent joints require intervention and consume packaging-line capacity.
Newton engineering response
Melt homogenization, filtration, precision extrusion and controlled winding help stabilize the profile and roll characteristics needed for repeatable operation.
Application engineering considerations from Newton. Confirm strap properties, joint performance, contact protection and equipment settings through trials with the actual package and handling conditions. No measured customer result is asserted here.
Discuss your applicationBring the details.
Start the conversation.
Share the load, packaging equipment and requirements you want to review. We can use that brief to discuss the next step.
Discuss bottles & jars packaging →FROM APPLICATION TO SPECIFICATIONThe details that
01 02 03 04 Bring your requirements to Newton →
The details that
shape the discussion.
Product contact and surface protection
Load arrangement and handling workflow
Equipment and coil format
Your application.
Our starting point.
Share your product, your equipment and the journey ahead.
Contact Newton →Protect palletized bottles and jars
For bottles and jars, assess strapping with the palletized packaging system and its protective components, rather than applying strap properties directly to the containers.
Package interfaces
Document separators, top protection, pallet dimensions and strap bearing points. Agree where load is transmitted before choosing placement or tension.
Movement and protection
Observe package settlement and container condition through representative handling. Coordinate the review with the packaging supplier’s requirements.
Product family and grade suitability require an application review; no customer outcome or equipment approval is asserted here.