Table of Contents

Additives, Adhesives, Bases

Unleash your creative power with Excalibur Plastisol Inks!



841PF Printable Adhesive
841PF Printable Adhesive provides excellent results and greatly increases adhesion to fabrics when printed last over the entire transfer design. It is ideal for backing puff transfers and eliminates the need for dry powders. 841PF will give transferred designs a softer hand and good elongation when garment under design is stretched.
400PF Series Mixing Base
The 400PF Series Mixing Base is a base that when mixed with Excalibur PF Pigment Concentrates produces an ink the yields "super elongation" or "high stretch when printed on garments or materials made of spandex, lycra or neoprene. Although not the first choice for high-stretch athletic uniforms it still produces excellent results on these fabrics. Inks produced with the 400PF Series Mixing Base will have a lower cure temperature than normal plastisols and is available in a wide range of standard colors. Consult Technical Date Sheet for 400PF Series Plastisol Inks for more information.
EXE Thickener
Use Excalibur EXE Thickener when it is necessary to increase the viscosity of plastisol inks. For best results EXE Thickener should be added in increments of 1% by weight until desired viscosity is achieved. EXE Thickener produces excellent results when used with Excalibur 550PF or 500PF Series and HD-1 High Density Additive to increase viscosity for high-density printing applications.

Because EXE Thickener has been tested and results evaluated when mixed with Excalibur plastisol inks. Lancer Group International cannot guarantee the results if this product is used with a competitive brand of plastisol ink.
501PF Curable Reducer
Excalibur's 501 PF Curable Reducer can be added to any Excalibur Phthalate-Free Plastisol ink to not only drop the viscosity but also help improve the flow of the ink and help the ink clean completely from the screen mesh. Even though it can be used in any quantity the following precautions should be taken when mixing 501PF Curable Reducer into Excalibur Plastisols.
Superhold Powders
Excalibur hot-melt powders are heat activated adhesives that can be used for virtually any application requiring a heat applied system. When applied to transfers printed with Excalibur plastisol inks this greatly increases the washability of the product and the adhesion to garments made of synthetic fabric. All powders are available in 1.1 lb (500g) shaker can, 6.6 lb (kg) or 22 lb (10kg) containers.
HSA – High Stretch Additive
Excalibur’s HSA High-Stretch Additive when added in increments of 5-20% by weight to many Excalibur’s phthalate-free plastisol inks increases the stretch of designs printed on stretchy fabrics. Caution should be taken because amounts over 5% may reduce opacity and cause a shift in the colour. Do not add High-Stretch Additive to Excalibur 700PF Series Inks because the clarity of the metallic base will "cloud" and the reflectivity of the glitter and metallic particles will be greatly reduced.
846PF/847PF High Stretch Adhesive
846PF Printable Adhesive is a state of the art printable adhesive that provides excellent results and greatly increases adhesion to fabrics when printed last over the entire transfer design. It is ideal for backing puff transfers, tagless labels or for increasing the durability of athletic transfers. 846PF eliminates the need for dry powders. 846PF will give transferred designs a softer hand and excellent elongation when garment under design is stretched. 847PF Printable Adhesive is a more opaque version for applications where a higher opacity print is necessary.
LBA – Low-Bleed Additive
Excalibur Low-Bleed Additive greatly improves bleed resistance in Excalibur direct printing inks. Simply add 5% LBA to Excalibur direct printing inks by weight. Excellent results have been reported when this additive is mixed with the 533PF and 550PF Series HIgh Opacity Inks.

Always ensure any additive mixed into Excalibur plastisols is thoroughly mixed and test printed for desired effect prior to running production. Dye migration can occur up to two weeks after printing so it is imperative fabrics are tested for dye stability before running production. Because Excalibur additives have been thoroughly tested in Excalibur plastisols we cannot guarantee the same results if the Excalibur additive is mixed with a competitive brand of plastisol.
X150 Nylon Bonding Agent
Printing nylon fabrics such as umbrellas or windbreakers is no longer a hassle with Excalibur's X150 Nylon Bonding Agent promotes adhesion on woven nylon fabrics such as umbrellas or nylon windbreakers. Simply add 10%-15% by weight of X150 to any Excalibur 500PF Series colour and mix thoroughly. While X150 and 500PF Series inks will adhere to many nylon fabrics, testing should be performed on the particular nylon that is being printed. X150 has a longer pot life than competitive brands of the same type product. Also, customers are not charged a "dangerous goods" surcharge by carriers because X150 is not listed on the Dangerous Goods list. The mixed ink requires no special curing procedures as it will cure at 320° Fahrenheit/160° Celsius.
845PF High Bond Printable Adhesive
845PF High Bond Adhesive is a screen printable adhesive when applications such as heat transfers, foil or flock require an adhesive with higher bonding strength than any other Excalibur printable adhesive. This adhesive provides excellent results when used as an adhesive for foil or flock applications.
502PF Viscosity Reducer
502PF Viscosity Reducer is an intense product that in limited amounts greatly decreases the viscosity of the ink as well as increasing the flow characteristics making the ink clean completely from the screen. Limited amounts of 502PF Viscosity Reducer will make designs on light-colored shirts simulate the feel of a water-base print. As 502PF Viscosity Reducer is not a balanced product and can cause curing issues with any ink that it is added into, care should be taken and the following cautions explicitly followed when adding this product to any Excalibur plastisol ink!