CHOOSE LOW TEMPERATURE. CHOOSE ALLNEX

allnex offers a broad range of low bake powder coating resins

allnex offers a broad range of performance polyester powder coating resins designed to cure at low temperature and with all key crosslinkers. Our experts are available today to help you choose low temperature.

The Allnex Low Temperature palette

The CRYLCOAT® product range from allnex offers resins for both indoor and outdoor applications, whether for metal or MDF substrates. Our resins are also designed to cure with all the major crosslinker groups: epoxy resins, hydroxy-alkylamide (HAA), triglycidylisocyanurate (TGIC) and glycidylester.

Contact our regional experts for more information and free samples.

FOCUS ON THE LATEST RESIN DEVELOPMENTS

Choosing the right resin for your project or application can be a complex process. The experts of allnex have years of experience and knowledge in development of resins for low temperature powder coatings enabling applications on metallic- and non-metallic substrates at low temperature curing conditions. Please reach out to our experts to get information on the latest developments.

Features and Benefits

allnex’s CRYLCOAT® low temperature cure resins bring a number of key benefits to the powder coating formulator. As well as global availability and consistency of quality, our resins can help you to:

Coat heat-sensitive substrates

target MDF

Coat heavy pieces

target slow-to-heat metal items

Save energy

reduce cost

Improve process robustness

reduce rejects

Improve productivity

target fast cure

Where’s your next coating opportunity?

Our low temperature cure hybrid, standard durable and superdurable range of polyesters can be used for many traditional – and not so traditional – applications and substrates.  By driving down the cure temperature, you can access engineered wood, plasterboard, pre-assembled mixed-substrate components, as well as metals with limited heat acceptance, such as aluminium/magnesium alloy wheels.

low temperature powder coatings ACE

ACE

Consistent cure on massive components

low temp powder coatings architecture

Architecture

Durability for premium applications

low bake powder coatings for furniture

Furniture

Combine aesthetics with toughness

MDF

Design freedom for gloss and texture

low temp powder coatings for wheels

Wheel

Protection from aggressive conditions

CONTACT OUR EXPERTS FOR MORE INFORMATION AND FREE SAMPLES

Dietmar Fink Allnex

Dietmar Fink

Expert for Powder Coating Resins and Additives

  • More than 35 years of experience in powder coating technology, both in resin chemistry and application

  • Project and team leader in Development and Technical Service

FEATURED SOLUTIONS

Select Product Group:

Indoor:
Standard Durable:
Superdurable:

Select Crosslinker:

Epoxy:
TGIC:
HAA:

Application

MDF

Crosslinker Ratio

50/50

PCI

3-4

Cure Schedule (min x °C)

12×140

 Gloss 20°- 60° (GU)

95-100

Impact
(i.p. steel)

160/140

Acid Value
(mg KOH/g)

70

Viscosity @ 200°C (mPa∙s)

1635

Tg
(°C)

52

Application

MDF

Crosslinker Ratio

50/50

PCI

2

Cure Schedule (min x °C)

17×130

 Gloss 20°- 60° (GU)

83-100

Impact
(i.p. steel)

160/160

Acid Value
(mg KOH/g)

72

Viscosity @ 200°C (mPa∙s)

8200

Tg
(°C)

66

Application

MDF, Metal

Crosslinker Ratio

50/50

PCI

6

Cure Schedule (min x °C)

15×140

 Gloss 20°- 60° (GU)

98-100

Impact
(i.p. steel)

160/160

Acid Value
(mg KOH/g)

71

Viscosity @ 200°C (mPa∙s)

1780

Tg
(°C)

51

Application

Architectural

Crosslinker Ratio

92/8

PCI

1

Cure Schedule (min x °C)

15×120

 Gloss 20°- 60° (GU)

68-94

Impact
(i.p. on Al)

50/50

Acid Value
(mg KOH/g)

40

Viscosity @ 200°C (mPa∙s)

1800

Tg
(°C)

53

Application

Industrial

Crosslinker Ratio

93/7

PCI

5

Cure Schedule (min x °C)

15×160

 Gloss 20°- 60° (GU)

90-96

Impact
(i.p. on Al)

70/70

Acid Value
(mg KOH/g)

30

Viscosity @ 200°C (mPa∙s)

4700

Tg
(°C)

64

Application

Architectural

Crosslinker Ratio

95/5

PCI

5-6

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

88-96

Impact
(i.p. on Al)

70/70

Acid Value
(mg KOH/g)

31

Viscosity @ 200°C (mPa∙s)

5000

Tg
(°C)

60

Application

Architectural

Crosslinker Ratio

95/5

PCI

5-6

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

88-96

Impact
(i.p. on Al)

70/70

Acid Value
(mg KOH/g)

31

Viscosity @ 200°C (mPa∙s)

5000

Tg
(°C)

60

Application

Architectural

Crosslinker Ratio

97/7

PCI

2

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

62-84

Impact
(i.p. on Al)

70/70

Acid Value
(mg KOH/g)

31

Viscosity @ 200°C (mPa∙s)

5000

Tg
(°C)

60

Application

Industrial

Crosslinker Ratio

95/5

PCI

3-4

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

88-97

Impact
(i.p. on Al)

70/70

Acid Value
(mg KOH/g)

37

Viscosity @ 200°C (mPa∙s)

4000

Tg
(°C)

60

Application

Industrial

Crosslinker Ratio

96/4

PCI

5-6

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

86-96

Impact
(i.p. on Al)

70/70

Acid Value
(mg KOH/g)

26

Viscosity @ 200°C (mPa∙s)

4800

Tg
(°C)

54

Application

Industrial

Crosslinker Ratio

93/7

PCI

7

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

91-97

Impact
(Nm on Al)

2.5

Acid Value
(mg KOH/g)

31

Viscosity @ 200°C (mPa∙s)

1700

Tg
(°C)

59

Application

Architectural

Crosslinker Ratio

93/7

PCI

5

Cure Schedule (min x °C)

12×160

 Gloss 20°- 60° (GU)

90-97

Impact
(Nm on Al)

2.5

Acid Value
(mg KOH/g)

50

Viscosity @ 200°C (mPa∙s)

1800

Tg
(°C)

52

Application

Architectural

Crosslinker Ratio

95/5

PCI

4

Cure Schedule (min x °C)

12×180

 Gloss 20°- 60° (GU)

90-98

Impact
(Nm on Al)

2.5

Acid Value
(mg KOH/g)

31

Viscosity @ 200°C (mPa∙s)

8000

Tg
(°C)

66