CMT part no:998.001.01
CMT FORMULA 2050 Blade & Router Bit Cleaner is a safe and non toxic formula to break down resin on carbide and steel surfaces, allowing greater life between sharpenings.
Saw shops know how to get the most out of cutting tools. They know that the pitch and resin that wood leaves behind greatly shortens the useful life of carbide. We had several quality saw blade sharpeners across the country test our Formula 2050. "Phenomenal" and similar words were heard over and over about the performance of Formula 2050.
Most blade and bit cleaning products work with a disolving action. It takes some powerful and nasty chemicals to dissolve wood residues and adhesives. Our safe and non-toxic Formula 2050 penetrates the microscopic cracks in the resin and attacks the bond between it and the carbide or steel surfaces.
The resin releases its grip and you simply wipe it off. A clean cutting surface runs cooler and works less in the cut. The excess friction of a resin-coated blade causes heat build-up and carbide breakdown. Formula 2050 keeps your tools clean and helps you increase the life span between sharpenings and replacement. Can also be used in ultrasonic cleaning tanks
Available in 2 sizes - 500ml spray or 3780ml Can
CMT part no:998.001.03
CMT Formula 2050 SAWBLADE & ROUTER BIT CLEANER
A safe and non toxic formula to break down resin on carbide and steel surfaces, thus allowing greater life between sharpenings.
Saw shops know how to get the most out of cutting tools. They know that the pitch and resin that wood leaves behind greatly shortens the useful life of carbide. We had several quality saw blade sharpeners across the country test our Formula 2050. "Phenomenal" and similar words were heard over and over about the performance of Formula 2050.
Most blade and bit cleaning products work with a disolving action. It takes some powerful and nasty chemicals to dissolve wood residues and adhesives. Our safe and non-toxic Formula 2050 penetrates the microscopic cracks in the resin and attacks the bond between it and the carbide or steel surfaces.
The resin releases its grip and you simply wipe it off. A clean cutting surface runs cooler and works less in the cut. The excess friction of a resin-coated blade causes heat build-up and carbide breakdown. Formula 2050 keeps your tools clean and helps you increase the life span between sharpenings and replacement. Can also be used in ultrasonic cleaning tanks
Spray onto the upper and lower edge area of the workpiece:
Removal of release agent and loose glue residue
Cooling of the edgeband and glue joint
Matt radius of the machined edgeband re-matches the surface finish
Area of application: Before buffing wheels / surface scraper
This system is used to spray the Riepe Cleaning Agent LP163/93. On the top and bottom surface of the board edge, as well as the edgeband. The release agent applied at the machine infeed side and the loose glue residue are removed by the application of the cleaning agent and subsequent buffing.
Furthermore, the glue joint and the edge banding are cooled. Heat generation during buffing is considerably reduced by the application of the liquid. Smearing of glue emerging from the joint is avoided. The edge banding radius is wet buffed with the special Cleaning Agent LP163/93. As a consequence, heating of the thermoplastic material is notably reduced, and a smearing of the plastic is prevented.
Moreover, the radius is polished to match the surface sheen. Glue residue no longer adheres to the buffing wheels.
Result: An absolutely clean board edge!
This result can only be obtained when the buffing wheels are used without oscillation and applying only slight pressure. The buffing disc must be used with an inclination in relation to the workpiece of 3 degrees, 10 degrees inclined to the support and with a lateral overhang of 5mm to the workpiece edge. Rotational direction should be in synchronous run to reduce heat generation.
At the currently installed flat scrapers with skids the fine nozzles are arranged directly in front of the flat scraper. This prevents the adhesion of glue residue on the scrapers and skids.
Consumption per fine nozzle: Under 1 liter for 5000 running meters. The electronically controlled cleaning agent spraying system only requires a compressed air connection of 3 bar and a 230/24 V socket.
Spray onto the upper and lower edge area of the workpiece:
- Removal of release agent and loose glue residue
- Cooling of the edgeband and glue joint
- Matt radius of the machined edgeband re-matches the surface finish
Area of application: Before buffing wheels / surface scraper.
This system is used to spray the Cleaning Agent LP163/93 on the top and bottom surface of the board edge, as well as the edgeband. The release agent applied at the machine infeed side and the loose glue residue are removed by the application of the cleaning agent and subsequent buffing.
Furthermore, the glue joint and the edge banding are cooled. Heat generation during buffing is considerably reduced by the application of the liquid. Smearing of glue emerging from the joint is avoided. The edge banding radius is wet buffed with the special Cleaning Agent LP163/93.
Moreover, the radius is polished to match the surface sheen. Glue residue no longer adheres to the buffing wheels. Result: An absolutely clean board edge!
This result can only be obtained when the buffing wheels are used without oscillation and applying only slight pressure. The buffing disc must be used with an inclination in relation to the workpiece of 3 degrees, 10 degrees inclined to the support and with a lateral overhang of 5mm to the workpiece edge. Rotational direction should be in synchronous run to reduce heat generation.
At the currently installed flat scrapers with skids the fine nozzles are arranged directly in front of the flat scraper. This prevents the adhesion of glue residue on the scrapers and skids.
Consumption per fine nozzle: Under 1 liter for 5000 running meters. The electronically controlled cleaning agent spraying system only requires a compressed air connection of 3 bar and a 230/24 V socket.
The special plastic cleaners developed by RIEPE? are the first choice for the manual cleaning of plastic surfaces. Due to the exclusive use of only high quality raw materials, the RIEPE? special plastic cleaners affirm their position as premium products in the market.
-Effortlessly removes glue residues
-Strong cleaning power
-Quick drying
-Residue free evaporation
-Low odour
-Hexane free
-Benzene free
The special plastic cleaners developed by RIEPE? are the first choice for the manual cleaning of plastic surfaces. Due to the exclusive use of only high quality raw materials, the RIEPE? special plastic cleaners affirm their position as premium products in the market.
-Effortlessly removes glue residues
-Strong cleaning power
-Quick drying
-Residue free evaporation
-Low odour
-Hexane free
-Benzene free
Ensure the consistent high quality of your work-pieces by including the cleaning of the chain plates in your maintenance cycle.
Contaminated chain plates lessen the grip on the workpiece and as a result the applied pressure of the top pressure belt has to be increased. In addition, contaminated chain plates can result in markings on the workpieces.
Our specially developed Cleaning Agent LP407/13 for chain plates, top pressure belts and rubberised roller conveyors will greatly assist in cleaning without attacking any of the materials.
-Specially developed for the cleaning of chain plates, top pressure belts and rubberised roller conveyors
-High cleaning power
-Materials not affected
-Consistent grip of the workpiece
-No Change in the shore hardness
Unsuitable cleaners can cause damage to the sur-face of the plates. In addition, a change in the shore hardness can occur.
Even a liberal use of LP407/13 has no negative ef-fect on the chain plates, top pressure belts or roller conveyors.
Application:
With the machine stationary, use a well wetted lint free cloth to clean plate by plate.
Available containers: 10 Litre | 30 Litre
Ensure the consistent high quality of your work-pieces by including the cleaning of the chain plates in your maintenance cycle.
Contaminated chain plates lessen the grip on the workpiece and as a result the applied pressure of the top pressure belt has to be increased. In addition, contaminated chain plates can result in markings on the workpieces.
Our specially developed Cleaning Agent LP407/13 for chain plates, top pressure belts and rubberised roller conveyors will greatly assist in cleaning without attacking any of the materials.
-Specially developed for the cleaning of chain plates, top pressure belts and rubberised roller conveyors
-High cleaning power
-Materials not affected
-Consistent grip of the workpiece
-No Change in the shore hardness
Unsuitable cleaners can cause damage to the sur-face of the plates. In addition, a change in the shore hardness can occur.Even a liberal use of LP407/13 has no negative ef-fect on the chain plates, top pressure belts or roller conveyors.
Application:
With the machine stationary, use a well wetted lint free cloth to clean plate by plate.
Available containers: 10 Litre | 30 Litre
Spray onto the upper and lower edge area of the workpiece. Prevents the adhesion of emerging glue onto the workpiece.
Area of application:Prior to the pre-milling
Upstream of the formatting unit, an ultra-thin coat of the Release Agent is applied to the top and bottom surface of the workpieces (edge area) by means of electronically controlled release agent spraying system. This prevents squeezed out glue from adhering to the workpiece.
An ultra-thin application of the release agent in the edge area (consumption per nozzle under 1 liter per 5000 running meters) guarantees a perfect result. The electronically controlled release agent spraying system only requires a 3 bar compressed air connection and a 230/24V outlet. The special release agents are adapted to all commercially available glues.
Spray onto the upper and lower edge area of the workpiece. Prevents the adhesion of emerging glue onto the workpiece.
Area of application: Prior to the pre-milling
Upstream of the formatting unit, an ultra-thin coat of the Release Agent is applied to the top and bottom surface of the workpieces (edge area) by means of electronically controlled release agent spraying system. This prevents squeezed out glue from adhering to the workpiece.
An ultra-thin application of the release agent in the edge area (consumption per nozzle under 1 liter per 5000 running meters) guarantees a perfect result. The electronically controlled release agent spraying system only requires a 3 bar compressed air connection and a 230/24V outlet. The special release agents are adapted to all commercially available glues.
High heat resistant: for use on machines with high heat zones (e.g. Post-/Softforming)
Workpieces can pass through high heat zones without any effect on the performance of the release agent
Prevents the adhesion of emerging glue residue onto the workpiece
Areas of application:
(a) Pressure roller
(b) Edgeband/ protective foil
(c) Slide shoe
(d) DUO scraper
(e) Tooling
(a) Intermittent application to the pressure roller
Glue residues cannot adhere to the roller
(b) Spray directly onto the surface of the edgeband
Avoidance of marking and damage
Protective film is protected and not removed from the edge
(c) Edge/protective foil automatically transfers the release agent to the slide shoes
Glue residues do not adhere Prevents marking and friction
(d) Direct application onto the DUO scraper
No clogging of the DUO scraper
(e) Application to the tooling
Prevents fouling of the trimmers
The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned.
Post-/Softforming:
For Post-/Softforminhg work, the Release Agent NFLY? is sprayed directly on the top coat in front of the anti-friction shoes. The special release agent is transferred to the anti-friction shoes to form a glide film.
This prevents squeezed out glue residue from adhering to them and the workpiece.
Areas of application:
(a) Pressure roller
(b) Edgeband/ protective foil
(c) Slide shoe
(d) DUO scraper
(e) Tooling
(a) Intermittent application to the pressure roller
Glue residues cannot adhere to the roller
(b) Spray directly onto the surface of the edgeband
Avoidance of marking and damage
Protective film is protected and not removed from the edge
(c) Edge/protective foil automatically transfers the release agent to the slide shoes
Glue residues do not adhere Prevents marking and friction
(d) Direct application onto the DUO scraper
No clogging of the DUO scraper
(e) Application to the tooling
Prevents fouling of the trimmers
The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned.
Post-/Softforming:
For Post-/Softforminhg work, the Release Agent NFLY? is sprayed directly on the top coat in front of the anti-friction shoes. The special release agent is transferred to the anti-friction shoes to form a glide film.
This prevents squeezed out glue residue from adhering to them and the workpiece.
Intermittent application to the pressure roller
Use within high heat zones possible
Contamination of the roller is prevented
The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned.
Intermittent application to the pressure roller
Use within high heat zones possible
Contamination of the roller is prevented
The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned.
ACMOS 1124B is a preventative release agent paste for veneer presses which use urea formaldehyde & melamine resin adhesives. This compound does not contain oils or silicones. It is designed to protect the the press platens & veneered surfaces have reduced adhesion to the press plates - residual adhesive can be removed easily without damaging the platen surfaces. Can be used on cold & hot platen presses.
Application:
Apply a thin coating of 1124B paste using a cloth or felt pad to the top & bottom plates. it is best to apply paste on a heated surface as this helps produce a dense, cured resistant protective film. Reapply on a regular basis depending on production use to help prevent further adhesive adherence to plates.
CMT part no:998.001.01 CMT FORMULA 2050 Blade & Router Bit Cleaner is a safe and non toxic formula to break down resin on carbide and steel surfaces, allowing greater life between sharpenings. Saw shops know how to get the most out of cutting tools. They know that the pitch and resin that wood leaves behind greatly shortens the useful life of carbide. We had several quality saw blade sharpeners across the country test our Formula 2050. "Phenomenal" and similar words were heard over and over about the performance of Formula 2050. Most blade and bit cleaning products work with a disolving action. It takes some powerful and nasty chemicals to dissolve wood residues and adhesives. Our safe and non-toxic Formula 2050 penetrates the microscopic cracks in the resin and attacks the bond between it and the carbide or steel surfaces. The resin releases its grip and you simply wipe it off. A clean cutting surface runs cooler and works less in the cut. The excess friction of a resin-coated blade causes heat build-up and carbide breakdown. Formula 2050 keeps your tools clean and helps you increase the life span between sharpenings and replacement. Can also be used in ultrasonic cleaning tanks Available in 2 sizes - 500ml spray or 3780ml CanIn Stock
CMT part no:998.001.03 CMT Formula 2050 SAWBLADE & ROUTER BIT CLEANER A safe and non toxic formula to break down resin on carbide and steel surfaces, thus allowing greater life between sharpenings. Saw shops know how to get the most out of cutting tools. They know that the pitch and resin that wood leaves behind greatly shortens the useful life of carbide. We had several quality saw blade sharpeners across the country test our Formula 2050. "Phenomenal" and similar words were heard over and over about the performance of Formula 2050. Most blade and bit cleaning products work with a disolving action. It takes some powerful and nasty chemicals to dissolve wood residues and adhesives. Our safe and non-toxic Formula 2050 penetrates the microscopic cracks in the resin and attacks the bond between it and the carbide or steel surfaces. The resin releases its grip and you simply wipe it off. A clean cutting surface runs cooler and works less in the cut. The excess friction of a resin-coated blade causes heat build-up and carbide breakdown. Formula 2050 keeps your tools clean and helps you increase the life span between sharpenings and replacement. Can also be used in ultrasonic cleaning tanksIn Stock
Spray onto the upper and lower edge area of the workpiece: Removal of release agent and loose glue residue Cooling of the edgeband and glue joint Matt radius of the machined edgeband re-matches the surface finish Area of application: Before buffing wheels / surface scraper This system is used to spray the Riepe Cleaning Agent LP163/93. On the top and bottom surface of the board edge, as well as the edgeband. The release agent applied at the machine infeed side and the loose glue residue are removed by the application of the cleaning agent and subsequent buffing. Furthermore, the glue joint and the edge banding are cooled. Heat generation during buffing is considerably reduced by the application of the liquid. Smearing of glue emerging from the joint is avoided. The edge banding radius is wet buffed with the special Cleaning Agent LP163/93. As a consequence, heating of the thermoplastic material is notably reduced, and a smearing of the plastic is prevented. Moreover, the radius is polished to match the surface sheen. Glue residue no longer adheres to the buffing wheels. Result: An absolutely clean board edge! This result can only be obtained when the buffing wheels are used without oscillation and applying only slight pressure. The buffing disc must be used with an inclination in relation to the workpiece of 3 degrees, 10 degrees inclined to the support and with a lateral overhang of 5mm to the workpiece edge. Rotational direction should be in synchronous run to reduce heat generation. At the currently installed flat scrapers with skids the fine nozzles are arranged directly in front of the flat scraper. This prevents the adhesion of glue residue on the scrapers and skids. Consumption per fine nozzle: Under 1 liter for 5000 running meters. The electronically controlled cleaning agent spraying system only requires a compressed air connection of 3 bar and a 230/24 V socket.In StockList €215.84€125.91Inc Vat €151.09
Spray onto the upper and lower edge area of the workpiece: - Removal of release agent and loose glue residue - Cooling of the edgeband and glue joint - Matt radius of the machined edgeband re-matches the surface finish Area of application: Before buffing wheels / surface scraper. This system is used to spray the Cleaning Agent LP163/93 on the top and bottom surface of the board edge, as well as the edgeband. The release agent applied at the machine infeed side and the loose glue residue are removed by the application of the cleaning agent and subsequent buffing. Furthermore, the glue joint and the edge banding are cooled. Heat generation during buffing is considerably reduced by the application of the liquid. Smearing of glue emerging from the joint is avoided. The edge banding radius is wet buffed with the special Cleaning Agent LP163/93. Moreover, the radius is polished to match the surface sheen. Glue residue no longer adheres to the buffing wheels. Result: An absolutely clean board edge! This result can only be obtained when the buffing wheels are used without oscillation and applying only slight pressure. The buffing disc must be used with an inclination in relation to the workpiece of 3 degrees, 10 degrees inclined to the support and with a lateral overhang of 5mm to the workpiece edge. Rotational direction should be in synchronous run to reduce heat generation. At the currently installed flat scrapers with skids the fine nozzles are arranged directly in front of the flat scraper. This prevents the adhesion of glue residue on the scrapers and skids. Consumption per fine nozzle: Under 1 liter for 5000 running meters. The electronically controlled cleaning agent spraying system only requires a compressed air connection of 3 bar and a 230/24 V socket.Lead Time: 6 Days€392.13€470.56
The special plastic cleaners developed by RIEPE? are the first choice for the manual cleaning of plastic surfaces. Due to the exclusive use of only high quality raw materials, the RIEPE? special plastic cleaners affirm their position as premium products in the market. -Effortlessly removes glue residues -Strong cleaning power -Quick drying -Residue free evaporation -Low odour -Hexane free -Benzene freeIn StockList €129.50€79.14Inc Vat €94.97
The special plastic cleaners developed by RIEPE? are the first choice for the manual cleaning of plastic surfaces. Due to the exclusive use of only high quality raw materials, the RIEPE? special plastic cleaners affirm their position as premium products in the market. -Effortlessly removes glue residues -Strong cleaning power -Quick drying -Residue free evaporation -Low odour -Hexane free -Benzene freeLead Time: 6 DaysList €261.90€184.67Inc Vat €221.60
Ensure the consistent high quality of your work-pieces by including the cleaning of the chain plates in your maintenance cycle. Contaminated chain plates lessen the grip on the workpiece and as a result the applied pressure of the top pressure belt has to be increased. In addition, contaminated chain plates can result in markings on the workpieces. Our specially developed Cleaning Agent LP407/13 for chain plates, top pressure belts and rubberised roller conveyors will greatly assist in cleaning without attacking any of the materials. -Specially developed for the cleaning of chain plates, top pressure belts and rubberised roller conveyors -High cleaning power -Materials not affected -Consistent grip of the workpiece -No Change in the shore hardness Unsuitable cleaners can cause damage to the sur-face of the plates. In addition, a change in the shore hardness can occur. Even a liberal use of LP407/13 has no negative ef-fect on the chain plates, top pressure belts or roller conveyors. Application: With the machine stationary, use a well wetted lint free cloth to clean plate by plate. Available containers: 10 Litre | 30 LitreIn StockList €225.92€161.89Inc Vat €194.27
Ensure the consistent high quality of your work-pieces by including the cleaning of the chain plates in your maintenance cycle. Contaminated chain plates lessen the grip on the workpiece and as a result the applied pressure of the top pressure belt has to be increased. In addition, contaminated chain plates can result in markings on the workpieces. Our specially developed Cleaning Agent LP407/13 for chain plates, top pressure belts and rubberised roller conveyors will greatly assist in cleaning without attacking any of the materials. -Specially developed for the cleaning of chain plates, top pressure belts and rubberised roller conveyors -High cleaning power -Materials not affected -Consistent grip of the workpiece -No Change in the shore hardness Unsuitable cleaners can cause damage to the sur-face of the plates. In addition, a change in the shore hardness can occur.Even a liberal use of LP407/13 has no negative ef-fect on the chain plates, top pressure belts or roller conveyors. Application: With the machine stationary, use a well wetted lint free cloth to clean plate by plate. Available containers: 10 Litre | 30 LitreLead Time: 6 DaysList €638.92€452.09Inc Vat €542.51
Spray onto the upper and lower edge area of the workpiece. Prevents the adhesion of emerging glue onto the workpiece. Area of application:Prior to the pre-milling Upstream of the formatting unit, an ultra-thin coat of the Release Agent is applied to the top and bottom surface of the workpieces (edge area) by means of electronically controlled release agent spraying system. This prevents squeezed out glue from adhering to the workpiece. An ultra-thin application of the release agent in the edge area (consumption per nozzle under 1 liter per 5000 running meters) guarantees a perfect result. The electronically controlled release agent spraying system only requires a 3 bar compressed air connection and a 230/24V outlet. The special release agents are adapted to all commercially available glues.In Stock€161.89€194.27
Spray onto the upper and lower edge area of the workpiece. Prevents the adhesion of emerging glue onto the workpiece. Area of application: Prior to the pre-milling Upstream of the formatting unit, an ultra-thin coat of the Release Agent is applied to the top and bottom surface of the workpieces (edge area) by means of electronically controlled release agent spraying system. This prevents squeezed out glue from adhering to the workpiece. An ultra-thin application of the release agent in the edge area (consumption per nozzle under 1 liter per 5000 running meters) guarantees a perfect result. The electronically controlled release agent spraying system only requires a 3 bar compressed air connection and a 230/24V outlet. The special release agents are adapted to all commercially available glues.In StockList €518.04€383.73Inc Vat €460.48
High heat resistant: for use on machines with high heat zones (e.g. Post-/Softforming) Workpieces can pass through high heat zones without any effect on the performance of the release agent Prevents the adhesion of emerging glue residue onto the workpieceLead Time: 6 DaysList €582.79€411.31Inc Vat €493.57
Areas of application: (a) Pressure roller (b) Edgeband/ protective foil (c) Slide shoe (d) DUO scraper (e) Tooling (a) Intermittent application to the pressure roller Glue residues cannot adhere to the roller (b) Spray directly onto the surface of the edgeband Avoidance of marking and damage Protective film is protected and not removed from the edge (c) Edge/protective foil automatically transfers the release agent to the slide shoes Glue residues do not adhere Prevents marking and friction (d) Direct application onto the DUO scraper No clogging of the DUO scraper (e) Application to the tooling Prevents fouling of the trimmers The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned. Post-/Softforming: For Post-/Softforminhg work, the Release Agent NFLY? is sprayed directly on the top coat in front of the anti-friction shoes. The special release agent is transferred to the anti-friction shoes to form a glide film. This prevents squeezed out glue residue from adhering to them and the workpiece.In Stock€161.89€194.27
Areas of application: (a) Pressure roller (b) Edgeband/ protective foil (c) Slide shoe (d) DUO scraper (e) Tooling (a) Intermittent application to the pressure roller Glue residues cannot adhere to the roller (b) Spray directly onto the surface of the edgeband Avoidance of marking and damage Protective film is protected and not removed from the edge (c) Edge/protective foil automatically transfers the release agent to the slide shoes Glue residues do not adhere Prevents marking and friction (d) Direct application onto the DUO scraper No clogging of the DUO scraper (e) Application to the tooling Prevents fouling of the trimmers The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned. Post-/Softforming: For Post-/Softforminhg work, the Release Agent NFLY? is sprayed directly on the top coat in front of the anti-friction shoes. The special release agent is transferred to the anti-friction shoes to form a glide film. This prevents squeezed out glue residue from adhering to them and the workpiece.Lead Time: 6 DaysList €569.84€383.73Inc Vat €460.48
Intermittent application to the pressure roller Use within high heat zones possible Contamination of the roller is prevented The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned.Lead Time: 6 DaysList €162.61€116.32Inc Vat €139.58
Intermittent application to the pressure roller Use within high heat zones possible Contamination of the roller is prevented The fine nozzle of this electronically controlled unit applies the Release Agent NFLY? to the contact pressure roller. This is achieved by adjustable timing interval. The spray duration is about 3 seconds. In this way glue is prevented from adhering to the contact pressure rollers. In addition the special release agent is taken from the edge and transferred to the downstream contact pressure rollers or anti-friction shoes. The contact pressure rollers and the anti-friction shoes remain free of glue residue. The anti-friction shoes are simultaneously cooled. Result: A notably enhanced quality. Contact pressure rollers and anti-friction shoes need no longer be cleaned.Lead Time: 6 DaysList €474.86€335.77Inc Vat €402.92
ACMOS 1124B is a preventative release agent paste for veneer presses which use urea formaldehyde & melamine resin adhesives. This compound does not contain oils or silicones. It is designed to protect the the press platens & veneered surfaces have reduced adhesion to the press plates - residual adhesive can be removed easily without damaging the platen surfaces. Can be used on cold & hot platen presses. Application: Apply a thin coating of 1124B paste using a cloth or felt pad to the top & bottom plates. it is best to apply paste on a heated surface as this helps produce a dense, cured resistant protective film. Reapply on a regular basis depending on production use to help prevent further adhesive adherence to plates.In StockList €139.58€95.93Inc Vat €115.12
