dichtol AM is a very low-viscosity, high-performance polymer for infiltrating, impregnating and sealing porous structures, layers and components. dichtol AM penetrates porous structures and cracks independently and seals them permanently and reliably. The product has a very high capillary activity and cures without the addition of heat under ambient conditions. It is applied atmospherically, i.e. without vacuum or pressure. The cured polymer fills the open pores or cracks and has good resistance to oils, lubricants and coolants.

• For fine pores (smaller than 0.1 mm)
• Contains organic solvents
• High temperature resistance (300°C)
• Surface dry after 6 minutes

Properties

• Efficient material consumption through selective application even with vagabond porosities
• Versatile application options through dipping, injecting, spraying or brushing
• Good chemical resistance
• Temperature resistant up to + 300°C
• Drinking water approval

Typical applications

• Capillary-active deep impregnation of micropores, hairline cracks and porosities
• Selective serial impregnation
• Individual impregnation (of large components)
• Impregnation of rapid prototyping and additive manufacturing components

Clean Bed Pro – 99% isopropanol for cleaning 3D printing bed surfaces (500 ml with spray head)

A clean printing bed surface is crucial for optimal adhesion during 3D printing. Clean Bed Pro effectively removes adhesive residue, dust, skin oils and other residues – without any aggressive additives. The high-purity isopropanol (99%) works purely physically:

• Contaminants are dissolved and evaporate without leaving any residue
• No water
• No fragrance
• No additives – just reliable cleaning

Thanks to the spray head included, Clean Bed Pro can be applied conveniently and precisely. The liquid dries quickly and is ideal for glass, PEI, BuildTak and many other print bed surfaces. 💡

Note: Clean Bed Pro is not a biocidal product. It is used exclusively for physical cleaning and has no disinfecting or germicidal effect.

Application: Spray sparingly onto a cold print bed, leave to take effect for a short time and wipe dry with a lint-free cloth.

Contents: 500 ml

Active ingredient: Isopropanol 99%

Scope of delivery: Bottle + separate spray head

dichtol AM Makro is a very low-viscosity, high-performance polymer for infiltrating, impregnating and sealing porous structures, layers and components. dichtol AM penetrates porous structures and cracks independently and seals them permanently and reliably. The product has a very high capillary activity and cures without the addition of heat under ambient conditions. It is applied atmospherically, i.e. without vacuum or pressure. The cured polymer fills the open pores or cracks and has good resistance to oils, lubricants and coolants.

• For large pores (0,1-0,5 mm)
• Contains organic solvents
• High temperature resistance (300°C)
• Surface dry after 6 minutes

Properties

• Efficient material consumption through selective application even with vagabond porosities
• Versatile application options through dipping, injecting, spraying or brushing
• Good chemical resistance
• Temperature resistant up to + 300°C
• Drinking water approval

Typical applications

• Capillary-active deep impregnation of micropores, hairline cracks and porosities
• Selective serial impregnation
• Individual impregnation (of large components)
• Impregnation of rapid prototyping and additive manufacturing components

dichtol AM UV Protection is a very low-viscosity, polymer-based impregnating agent for additively manufactured components. The product seals additively manufactured components gas- and liquid-tight and protects the component from UV radiation. This is made possible by a very thin protective layer of a few micrometers, which wraps around the particles and absorbs the harmful UV rays. dichtol AM UV protection seals and protects the component and can thus prevent discoloration of SLS printed polyamide (PA) components such as spectacle frames, for example.

• For larger pores (0.1 – 0.5 mm)
• Sealing + UV protection
• Contains organic solvents
• Surface dry after 6 minutes

Properties

• Efficient material consumption
• Wide range of applications through: dipping, brushing, injecting
• Temporary corrosion protection (transport protection)
• UV resistance for 3D printed parts (independent of the printing process)
• Temperature resistance up to +200°C
• PMMA base with good recoatability
• Fast curing at room temperature / no tempering or heating required
• Very good penetration behavior / depth effect for sealing against gas and liquid

Typical applications

• Capillary-active deep impregnation of micropores, hairline cracks and porosities
• Selective serial impregnation
• Individual impregnation (of large components)
• Impregnation of rapid prototyping and additive manufacturing components
• Sealing of porous graphite and ceramic components
• Protection of surfaces against UV radiation

dichtol AM is a very low-viscosity, high-performance polymer for infiltrating, impregnating and sealing porous structures, layers and components. dichtol AM penetrates porous structures and cracks independently and seals them permanently and reliably. The product has a very high capillary activity and cures without the addition of heat under ambient conditions. It is applied atmospherically, i.e. without vacuum or pressure. The cured polymer fills the open pores or cracks and has good resistance to oils, lubricants and coolants.

• For fine pores (smaller than 0.1 mm)
• Contains organic solvents
• High temperature resistance (300°C)
• Surface dry after 6 minutes

Properties

• Efficient material consumption through selective application even with vagabond porosities
• Versatile application options through dipping, injecting, spraying or brushing
• Good chemical resistance
• Temperature resistant up to + 300°C
• Drinking water approval

Typical applications

• Capillary-active deep impregnation of micropores, hairline cracks and porosities
• Selective serial impregnation
• Individual impregnation (of large components)
• Impregnation of rapid prototyping and additive manufacturing components

Clean Bed Pro – 99% isopropanol for cleaning 3D printing bed surfaces (500 ml with spray head)

A clean printing bed surface is crucial for optimal adhesion during 3D printing. Clean Bed Pro effectively removes adhesive residue, dust, skin oils and other residues – without any aggressive additives. The high-purity isopropanol (99%) works purely physically:

• Contaminants are dissolved and evaporate without leaving any residue
• No water
• No fragrance
• No additives – just reliable cleaning

Thanks to the spray head included, Clean Bed Pro can be applied conveniently and precisely. The liquid dries quickly and is ideal for glass, PEI, BuildTak and many other print bed surfaces. 💡

Note: Clean Bed Pro is not a biocidal product. It is used exclusively for physical cleaning and has no disinfecting or germicidal effect.

Application: Spray sparingly onto a cold print bed, leave to take effect for a short time and wipe dry with a lint-free cloth.

Contents: 500 ml

Active ingredient: Isopropanol 99%

Scope of delivery: Bottle + separate spray head

dichtol AM Makro is a very low-viscosity, high-performance polymer for infiltrating, impregnating and sealing porous structures, layers and components. dichtol AM penetrates porous structures and cracks independently and seals them permanently and reliably. The product has a very high capillary activity and cures without the addition of heat under ambient conditions. It is applied atmospherically, i.e. without vacuum or pressure. The cured polymer fills the open pores or cracks and has good resistance to oils, lubricants and coolants.

• For large pores (0,1-0,5 mm)
• Contains organic solvents
• High temperature resistance (300°C)
• Surface dry after 6 minutes

Properties

• Efficient material consumption through selective application even with vagabond porosities
• Versatile application options through dipping, injecting, spraying or brushing
• Good chemical resistance
• Temperature resistant up to + 300°C
• Drinking water approval

Typical applications

• Capillary-active deep impregnation of micropores, hairline cracks and porosities
• Selective serial impregnation
• Individual impregnation (of large components)
• Impregnation of rapid prototyping and additive manufacturing components