Mould release agent - Import export

100% No: 1 Grade Carnauba Base. OSKAR'S M-700, especially formulated for easier application to polyester- and epoxy moulds. Highly heat-resistant. Provides outstanding mould protection and easy release of finished parts. Formulated to prevent wax build-up. Silicone free.

Release agent based on 25 years of product development Temperature Range 150 °C bis 380 °C Alloy Al, Mg, Zn Properties and Advantages • high process reliability due to extremely stable micro-emulsion • excellent release effect, bright castings • parts perform unproblematically in joining processes

General purpose release agent, suitable for a wide range of castings including large and heavy as well as structural parts Temperature Range 160 °C to 400 °C Alloy Al, Mg, Zn Properties and Advantages • ideally suitable for conventional as well as micro-/minimal spraying • strong release power • no build-up • bright castings • castings can be welded, painted and powder coated

Water-based special release agents in various concentrations for low volume spray application Temperature Range 130 °C to 350 °C Alloy Al, Mg, Zn Properties and Advantages • castings are particularly suitable for the "bonding and welding" joining processes • products can be further diluted • effective reduction of "metallization" (metal-to-metal bonding) • exceptional release effect with good lubrication of ejectors and slides

Proved, versatile release agent for moulds of wood, coated boards, steel and plastic. Sticks excellent on moulds, easy and clean mould release, for high-quality surface finish.

Proved, versatile release agent for moulds of wood, coated boards, steel and plastic. Sticks excellent on moulds, easy and clean mould release, for high-quality surface finish.

Release agent H1 (art. no. 9519000) is used to release patterns and moulds. Release agent H1 is applied in a thin coat with a brush or a soft sponge. After the solvent has evaporated, a release film is formed.

OSKAR S M-800 is especially formulated for mouldings with high exoterm temperature or preheated moulds in polyester, epoxy, aluminium or nickel. lt contains a mixture of high quality synthetic waxes and lubricants, to provide an outstanding heat resistant mould protection and easy release of finished parts.

Highly recommended for large and thin-walled Mg castings Temperature Range 160 °C to 400 °C Alloy Al, Mg Properties and Advantages • extreme release power • no build-up • bright castings

Release agent for Mg structural parts with low tolerances Temperature Range 160 °C bis 400 °C Alloy Mg, Al Properties and Advantages • good adhesion and film formation properties even at high temperatures • formation of a thin release film

Tried and tested release agent, which is qualified for glueing and welding of structural castings Temperature Range 130 °C to 350 °C Alloy Al, Mg, Zn Properties and Advantages • ideally suitable for conventional as well as micro-/minimal spraying • approved for glueing, welding, painting and powder coating • no build-up • die wetting already at lower temperatures

Wax release agents can be produced in a wide variety of compositions and qualities. These industrial products are typically used as release layers in boat building, as shoe soles, bumpers, dashboards or as PU-foam. You can find detailed information about our range of products on the website www.oskars.biz

ALWA release wax (art. no. 9516000) is used to release patterns and moulds. ALWA release wax is applied in a thin coat with a brush or a soft sponge. After the solvent has evaporated, a polishable release film is formed.

ALWA release spray (art. no. 9515000) is used to release patterns and moulds. After the solvent has evaporated, a strong release film is formed. ALWA release spray may not be polished.

ALWA release lacquer (art. no. 9510000) is used to release patterns and moulds. ALWA release lacquer is applied in a thin coat with a brush or a sponge. A thin coat of ALWA release lacquer can also be sprayed on with a conventional spray gun. We recommend to spray on approx. 2 to 3 layers. After approx. 20 min. a strong release film is formed. The drying process can be accelerated by hot air.