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What are people's experience with induction sealing on glass bottles and achieving strong enough seals to sustain pressure from nitrogen flushing or altitude during transportation without leaking? Is it realistically achievable to get a bond between an induction liner and specifically, a glass container, that is strong enough to sustain these types of circumstances (assuming liner is intended for glass containers)? 

What are people's experience with induction sealing on glass bottles and achieving strong enough seals to sustain pressure from nitrogen flushing or altitude during transportation without leaking? Is it realistically achievable to get a bond between an induction liner and specifically, a glass container, that is strong enough to sustain these types of circumstances (assuming liner is intended for glass containers)? 

Good Morning!

We package fish oil softgels in glass wide mouth packer bottles ranging from 120cc to 400cc (38mm to 53mm closure size). We do get complaints from customers for failed seals. This usually occurs with our 53mm closure size. We currently use the Selig LPM (Universal Liner) to seal our bottles. However, I'll be conducting testing on the Selig LPF (Glass Specific Liner) in the next month. I'll be conducting a vacuum decay experiment on both the LPM and LPF liners. I'll keep you posted on the results.

What are people's experience with induction sealing on glass bottles and achieving strong enough seals to sustain pressure from nitrogen flushing or altitude during transportation without leaking? Is it realistically achievable to get a bond between an induction liner and specifically, a glass container, that is strong enough to sustain these types of circumstances (assuming liner is intended for glass containers)? 

Are you doing any validation on induction seal parameters?

Good Morning!

We package fish oil softgels in glass wide mouth packer bottles ranging from 120cc to 400cc (38mm to 53mm closure size). We do get complaints from customers for failed seals. This usually occurs with our 53mm closure size. We currently use the Selig LPM (Universal Liner) to seal our bottles. However, I'll be conducting testing on the Selig LPF (Glass Specific Liner) in the next month. I'll be conducting a vacuum decay experiment on both the LPM and LPF liners. I'll keep you posted on the results.

What are people's experience with induction sealing on glass bottles and achieving strong enough seals to sustain pressure from nitrogen flushing or altitude during transportation without leaking? Is it realistically achievable to get a bond between an induction liner and specifically, a glass container, that is strong enough to sustain these types of circumstances (assuming liner is intended for glass containers)? 

We do random sampling on the line. However, shipping variables and environment weaken the seal strength.

Are you doing any validation on induction seal parameters?

Good Morning!

We package fish oil softgels in glass wide mouth packer bottles ranging from 120cc to 400cc (38mm to 53mm closure size). We do get complaints from customers for failed seals. This usually occurs with our 53mm closure size. We currently use the Selig LPM (Universal Liner) to seal our bottles. However, I'll be conducting testing on the Selig LPF (Glass Specific Liner) in the next month. I'll be conducting a vacuum decay experiment on both the LPM and LPF liners. I'll keep you posted on the results.

What are people's experience with induction sealing on glass bottles and achieving strong enough seals to sustain pressure from nitrogen flushing or altitude during transportation without leaking? Is it realistically achievable to get a bond between an induction liner and specifically, a glass container, that is strong enough to sustain these types of circumstances (assuming liner is intended for glass containers)?