Preventing polymers from sticking by using MODENGY anti-adhesive and anti-sticking coatings

Preventing polymers from sticking

By using MODENGY anti-adhesive and anti-sticking coatings

Separating
coating

Preventing
carbon diposits​

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MODENGY Coatings

They prevent polymer raw material from sticking onto the accessories
They have long operation life
They are resistant to mechanical impact, aggressive media, and cleaning solutions
They minimize risk of unscheduled repairs and stop of the equipment
They reduce energy consumption
They improve products quality, and cut down number of defective items
Coating thickness is just 20 to 25 µm what doesn’t make heat exchange any worse
Wide service temperature range -75 °С to +350 °С

Examples of our works performed

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MODENGY 1007 coating protects the plate surfaces against carbon deposits forming and film sticking-on, and thus extends service lifetime of the packing equipment.
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MODENGY 1007 and MODENGY 1014 anti-adhesive coatings form a strong anti-adhesive layer on the operating surfaces of the screws which hinders melted material to stick to the parts. Due to this, quality of the finished products improves, passing ability of the line grows, and service lifetime of the screws extends.
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MODENGY 1014 coating provides stable and low friction coefficient, significantly extends service lifetime of the control valve pistons.
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MODENGY 1007 coating based on graphite operates at up to +350 °С. It forms a steady separating layer on the soldering elements that needs no refreshing during the entire service term of the equipment. Due to this, it gets possible to increase productivity of the works on producing files, and to improve quality of the finished products.
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In order to avoid  issue with cleaning, prevent polymers from sticking, an adhesive coating is applied onto the surfaces of the edge-soldering plates. 
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Production quality of polymer items depends on the state of the knife unit contact surfaces.

Due to their great anti-adhesive properties, MODENGY 1007 and MODENGY 1014 prevent sticking polymer melt onto the extruder’s parts. As a result, quality of the releasing goods increases, while any unexpected line downtimes for unscheduled repair are excluded.

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In order to eliminate polymer sticking-on, a food grade anti-adhesive coating that has expressed separating properties is applied onto the edge-soldering machines.
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MODENGY 1007 coating with high anti-adhesive properties effectively protects the mold insert and punch against sticking of the polymer material, and thus provides trouble-free operating of the industrial equipment as well as improves quality of the output.
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In order to prevent polymer from sticking-on, MODENGY 1007 anti-adhesive coating is applied onto the edge-soldering jaws. 
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In order to prevent the glue from sticking and burning to the glue pan edges, to make cleaning and maintaining it easier, MODENGY 1007 coating with high anti-adhesive properties is used.
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MODENGY 1007 coating protects the parts against polyvinylchloride sticking due to its high anti-adhesive properties.
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MODENGY 1007 coating having high separating and anti-adhesive properties is applied on the parts surfaces. This coating provides long-term protection for edge-soldering jaws against polymer film sticking in process of packaging line operating.
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High anti-adhesive properties of MODENGY 1007 coating prevent polymer packaging film from sticking to edge-soldering elements.
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MODENGY 1007 anti-adhesive coating is applied onto work surfaces of the edge-soldering rollers, and create a separative layer preventing polypropylene material from sticking. It has high heat resistance (+350 °С), and requires no renewing.
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MODENGY 1007 coating having high separating and anti-sticking properties prevents direct contact, and film sticking onto the slabs surface without breaking heat exchange between the surfaces.
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MODENGY 1007 anti-adhesive coating forms a separating anti-sticking layer on the operating element that effectively prevents polymer sticking onto the equipment. This product operates at heating up to +350 °C, and requires no renewing.
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MODENGY 1007 anti-adhesion coating is applied onto the screws, and prevent melted polymer from sticking onto them. Due to this, it is provided stable operating of the extrusion line without disassembling for a long while.
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MODENGY 1007 forms non-stick and anti-adhesive separating layer due to which molds productivity grows. The coating provides continuous operating of the equipment, and eliminates time costs for its cleaning from the carbon deposits.
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MODENGY 1007 anti-adhesive coating is used to prevent polypropylene preforms sticking to the moulds. This coating operated at -50 °С to +350 °С, and creates a resistant anti-sticking layer. Due to this, time costs for stopping and cleaning the equipment are excluded, continuous operating is provided, and productivity of the production line increases.
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In process of equipment running, polycarbonate is sticking to the punch surfaces which makes taking the finished items out difficult. MODENGY 1007 coating having high anti-adhesive properties solves this issue. 
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MODENGY 1007 anti-adhesive coating enables to refuse using silicone, and thus, to reduce prime price of the items and cut down time costs for equipment downtimes. A layer of the product prevents polymer sticking to the parts excluding necessity to clean them. 
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In order to protect the parts against sticking, MODENGY 1007 coating is applied onto the molds. It has high anti-adhesive properties, operates within a wide temperature range, has long service term, provides effective operating and easy cleaning of the equipment.
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MODENGY 1007 coating prevents the self-stick labels from sticking to the shaft surfaces, and thus, improves their operational efficiency.
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Applying of MODENGY 1007 anti-adhesive coating onto the metal screw solve the issue of melt polymer material sticking to its surface.
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MODENGY 1007 coating forms a steady anti-adhesive layer that prevents packaging film from sticking even under conditions of intensive operating.
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MODENGY 1007 coating reduces melted polymer adhesion to metal, helps keep the work surfaces clean, and extend intervals between equipment maintenances.
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In order to prevent packaging film from sticking, MODENGY 1007 solid-film coating is applied onto surfaces of the end soldering plates and knives.
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In order to prevent polymer from sticking to the tool, MODENGY 1007 anti-adhesive coating is used. It operates within temperature range of -50 С to +350 С, and provides a resistant anti-sticking coating that prevents sticking.
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In order to prevent the melted polymer material from sticking to the cutting-off knives, MODENGY 1007 anti-adhesive coating is used. Due to this, process of defects removing gets optimized, and a number of defected products reduces.
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MODENGY 1007 anti-adhesive and non-stick coating protects the parts of the extrusion head against polymers sticking onto them for a long while, and decreases percentage of the defective items. Due to its chemical composition, it operates within a wide temperature range up to +350 °С, which makes it possible to withstand tool overheating. High wear resistance of the coating allows it holds on the part surface for a long while even at continuous operating of the production line.
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MODENGY 1007 coating with high anti-adhesive properties protects the mold working surfaces against polymer sticking-on reducing need in cleaning them, and improving productivity of the equipment.
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MODENGY 1009 and MODENGY 1014 coatings having anti-adhesive properties help prevent paste sticking to the operating surface of the moulds, decrease number of defective items in process of their production, extend service lifetime of the equipment.
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MODENGY 1006 coating is successfully used on the calibrators' plates of the machine tools on producing honeycomb polycarbonate. A thin layer of this coating improves sliding of the sheets of the items along the plates preventing them from stick-slip motion.
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In process of making the items of isoprene rubber, this material is sticking to the shape-forming mould surface, and as a result, carbon deposits forms, quality of the products get worse, and service lifetime of the accessories gets shorter. 

To solve these issues MODENGY 1007 anti-adhesive coating is used. It prevents raw rubber sticking, and carbon deposits forming in the moulds sockets. Single applying of the product is enough to provide stable operating of the equipment for the entire period of its operating.
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MOLDING 1007 coating effectively prevents sticking polyethylene to the flanges as well as increases productivity of the extrusion line, and decreases downtime periods at cleaning it.
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Sliding guideways, and press-form pushers operate at significant loads and high temperatures. At the same time, scuffing and seizures form in the metal-to-metal friction pairs which makes negative impact to the production process.

MODENGY 1005 creates a separating layer on the surfaces which prevents damaging parts, and extends their service life. As a result, press-forms downtime reduces while the outlet goods gains stable high quality.
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To prevent polymer sticking MODENGY 1007 anti-adhesive coating is applied onto the saw blades surface. Single application of the product is enough to provide long trouble-free operating of the production line.
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MODENGY 1007 is applied onto the end-soldering elements of the equipment for producing windows and door structures made of PVC. This coating creates a smooth anti-adhesive layer on the surfaces to be treated that prevents polymer sticking.
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MODENGY 1010 coating based on polytetrafluorethylene solve the issue of silicone sticking to the moulds. It forms a glossy separating layer making the process of taking the finished items out of the moulds easier. 
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MODENGY 1007 anti-adhesive coating forms a resistant separating layer on the moulds which prevents rubber sticking to the metal surfaces. Due to this, taking the items out of the moulds gets easier, and amount of defective goods decreases.
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In order to protect the thermo-knives from hot polymer sticking onto them, MODENGY 1007 anti-adhesive coting with high separating properties is used. 
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MODENGY 1014 coating has high anti-adhesive and anti-corrosive properties that is why using it on the molds significantly extends service lifetime of the parts, and improves items production quality.
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MODENGY 1014 forms an anti-adhesive wear-resistant protective layer on these segments that provides continuous operation of the automated lines on producing automobile tires. This coating improves equipment productivity, and prevents rubber sticking to the elements.
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MODENGY 1007 coating is applied onto the molds for polymer packages production, operating at temperature up to +350 °C. The anti-sticking separating layer of the material prevents carbon deposits and melted substance sticking onto the accessories what minimizes quantity of defective goods, and makes removing ready items out of the molds easier.
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MODENGY 1007 is applied onto guillotine knives at the enterprises on window profile production. The coating creates a smooth anti-adhesive layer on the treated surfaces that prevents sticking PVC.
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MODENGY 1007 anti-adhesive coating on the parts of the packaging machines serves as a barrier layer excluding direct contact between the knives and the melted polymer material. Due to this, package sticking-on and burning are prevented, work productivity of the equipment increased.
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To eliminate this issue of sticking of the polymer film, MODENGY 1007 solid-film lubricating coating is applied onto the shaft surfaces. It forms steady, wear-resistant layer with low friction coefficient and excellent separating properties.
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MODENGY 1014 anti-adhesive coating is applied onto the shape-forming surface of the mould for rubber goods production. Due to this, the issue of heated rubber sticking to the mould and its core in process of moulding is solved, carbon deposits forming is prevented, and service lifetime of the equipment is extended.
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Videos

Troubles at operating the equipment for producing items of polymers

Polymer sticking onto the extruder’s parts
Poor separating the items out of the moulds
Worsening of matrices and calibrators throughput
Growing number of the defective item cases
Damaging of moulds and dies contact surface
Increasing consumption of electrical energy for recycling
Heat exchange failure on contact surfaces
Increased carbon deposits forming on the moulding accessories

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