Application:

• Food & Beverage       
• Chemical Industry
• Agro Chemicals
• Insecticides/Pesticides
• Petrochemicals products
• Bottled water
• Dairy Products
• Pharma/Nutraceuticals
• Edible oils
• Lubricating oils / coolants
• Cosmetics & Personal Care
• Herbal powder / Chyavanprash

Features

• Hand held induction sealers can seal foil caps upto 4 to 6 caps per Minute.
• Semi-Automatic Induction Sealer Can Seal Upto 8-10 Caps Per Minute
• Fully Automatic Induction Sealer Can Seal Upto 40-60 Caps Per Minute
• Advanced Mosfet / IGBT technology circuitry ensures better control of the sealing process. 
• Caps with diameters from 20 mm to 90 mm and 20 mm to 120 mm can be sealed.
• No tools are required for adjustment or set up. Requires no water, 100 % air cooled, silent and has no discharge. 
• Can seal PET / HDPE / PP / LDPE / PVC / Glass container. Digital timer, which ensures accurate recording of time and optimum sealing.

Features & Benefits

Resistively coupled

Shockless – Enhances operator safety

Nozzle design

More effective ionisation performance and reduced noise levels

Ergonomic, lightweight design

Comfortable for prolonged use

Titanium emitter

Delivers maximum ionisation performance over long service life

Integral bypass holes

Meets dead-end pressure safety guidelines

What is a dyne test?

Dyne tests measure surface wettability or adhesion. Dyne is used as a unit of force in the milli- newton per meter system of units. When using dyne tests you are capable of measuring surface tension in the units millinewton per meter or dyne per centimeter.

How do I check my dyne level ?

When the Dyne level test pen is applied to the surface, the liquid will either form a continuous film on the surface or pull back into small droplets. If the Dyne test fluid remains as a film for 3 seconds, the substrate will have a minimum surface energy of that ink value, expressed in mN/m (Dynes). Should the Dyne test liquid reticulate or draw back into droplets in less than 1 second then the surface energy of the substrate is lower than that of the liquid itself. The exact surface energy (Dyne level) can be determined by applying a range of increasing or decreasing values of Dyne test pens.

Application:

• Food & Beverage       
• Chemical Industry
• Agro Chemicals
• Insecticides/Pesticides
• Petrochemicals products
• Bottled water
• Dairy Products
• Pharma/Nutraceuticals
• Edible oils
• Lubricating oils / coolants
• Cosmetics & Personal Care
• Herbal powder / Chyavanprash

Features

• Hand held induction sealers can seal foil caps upto 4 to 6 caps per Minute.
• Semi-Automatic Induction Sealer Can Seal Upto 8-10 Caps Per Minute
• Fully Automatic Induction Sealer Can Seal Upto 40-60 Caps Per Minute
• Advanced Mosfet / IGBT technology circuitry ensures better control of the sealing process. 
• Caps with diameters from 20 mm to 90 mm and 20 mm to 120 mm can be sealed.
• No tools are required for adjustment or set up. Requires no water, 100 % air cooled, silent and has no discharge. 
• Can seal PET / HDPE / PP / LDPE / PVC / Glass container. Digital timer, which ensures accurate recording of time and optimum sealing.

Features & Benefits

Resistively coupled

Shockless – Enhances operator safety

Nozzle design

More effective ionisation performance and reduced noise levels

Ergonomic, lightweight design

Comfortable for prolonged use

Titanium emitter

Delivers maximum ionisation performance over long service life

Integral bypass holes

Meets dead-end pressure safety guidelines

What is a dyne test?

Dyne tests measure surface wettability or adhesion. Dyne is used as a unit of force in the milli- newton per meter system of units. When using dyne tests you are capable of measuring surface tension in the units millinewton per meter or dyne per centimeter.

How do I check my dyne level ?

When the Dyne level test pen is applied to the surface, the liquid will either form a continuous film on the surface or pull back into small droplets. If the Dyne test fluid remains as a film for 3 seconds, the substrate will have a minimum surface energy of that ink value, expressed in mN/m (Dynes). Should the Dyne test liquid reticulate or draw back into droplets in less than 1 second then the surface energy of the substrate is lower than that of the liquid itself. The exact surface energy (Dyne level) can be determined by applying a range of increasing or decreasing values of Dyne test pens.