Filters
Biolube Moulder Bed Lubricants

Lubie Lubes are formulated for specific uses to meet your particular needs. No silicones or waxes are used in our products; most are free of toxic or hazardous chemicals and biodegradable. Lubricants are available for Moulder Bed applications.
Use the chart below to determine the best product for your needs. Each product page has a product description and a link to its Technical Data and Safety sheets. Please note, that data sheets are subject to change.
MOULDER BED LUBRICANTS
Oil-based lubes are designed for unheated plants that may freeze. All water-based lubes will freeze at 32˚.
TECHNICAL DATA
Looking for more information on a particular lubricant? Click on the Technical Data button below each product.
LUBIE #200A moulder bed lubricant; a blended odorless, fast-evaporating formulation of synthetic lubricants. Choose from three different viscosities. |
LUBIE #200LVA moulder bed lubricant; a blended odorless, fast-evaporating formulation of synthetic lubricants. Choose from three different viscosities. |
|||
LUBIE GPXA bed lube for cedar. A unique blended formulation of synthetic lubricants in a fast evaporating solvent carrier. Formulated to reduce friction, decrease heat and prevent wood resin build-up on moulder beds, planer beds, and other wood transfer equipment. Lubie GPX dries very quickly, leaving a durable lubricating film on the bed. Wood staining, painting, laminating, and other finishing operations generally are not affected because there is no silicon, grease, or wax used in the formulation. Designed for use in automatic, semi-automatic, and manual bed injector systems. The very low viscosity allows it to also be used in spray bottles. |
-
Sale
BIOLUBE #200 & #200 LV
BIOLUBE$114.81BIOLUBE #200 & #200 LV is moulder bed lubricant, fast drying and non-staninig. A moulder bed lubricant; a blended odorless, fast-evaporating fo...
View full details -
Sale
BIOLUBE GPX
BIOLUBE$116.60BIOLUBE GPX is a moulder bed lube for cedar. A bed lube for cedar. A unique blended formulation of synthetic lubricants in a fast evaporating solv...
View full details