311Hammertone Enamel

Looking for a traditional Hammer finish? Choose the trusted, market leading brand – PPG Light Industrial Coatings. 311 Hammertone Enamel is the perfect product to help you achieve exactly the result you want, first time, every time.

Made in Australia and based on a co-polymer alkyd resin, this specialty spray enamel has been formulated for ease of application and fast air drying, as well as an attractive, decorative appearance and good durability characteristics. It can be applied over bare steel or other suitably prepared surfaces, including metal and timber, and is particularly ideal for use anywhere that speed of drying is important.

• Reliable,consistenthammertonepatternfinish• Easytoapply• Speedofdryingmakesitquickandefficienttouse• Idealforawidevarietyofuses,includingsheetsteel,

agriculturalequipment,vehiclechassis,enginesandfurniture• Goodexteriordurability• Availableinaselectionofpopularcolours• MadeinAustraliatosuitlocalconditions

PPG PrimersThe performance of 311 Hammertone Enamel can be further enhanced by using it in combination with one of the versatile priming solutionsavailablefromPPGLightIndustrialCoatings.Thisrangeofeasy to use, high performance primers is perfect for laying down a solid foundation over virtually any substrate. Note: Not all primers are compatible–contacttheLICTechnicalSupportTeamforadvice.

Dependable performance – proven results

PPG Industries Australia Pty Ltd,

Locked Bag 888, Clayton South, Victoria 3169.

McNaughton Road, Clayton, Victoria 3168, Australia.

Tel: 1800 076 466 Fax: 1800 800 819

PPG know-how and supportNothing beats the ability to get expert assistance when you need it. The Light Industrial Coatings Technical Support Team is just a phone call away and they will be happy to help you choose the correct products for your application and provide technical advice.

Locally made for local conditionsBecause it is manufactured in Australia under strict quality control, 311 Hammertone Enamel has been specifically tuned to provide superior performance under local conditions.