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SILICONE PRINTING PAD

P20 Parabolic Shape Printing Pad

Parabolic silicone pad measuring 33 mm wide, 58 mm long and 52 mm high. Let us assess the model, silicone type and hardness for your textile marking application.

Pad width33 mm
Pad length58 mm
Height52 mm
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P20 Parabolic Shape Printing Pad 33 × 58 × 52 mm
TECHNICAL SPECIFICATIONS

P20 dimensions and mounting details

Check the pad body and wooden base dimensions. All measurements are in millimetres (mm).

P20 coreless parabolic silicone printing pad 33×58×52 mm
P20 technical specifications
Model NumberP20
Pad ShapeParabolic
Pad Width33 mm
Pad Length58 mm
Pad Height52 mm
Wooden Base Width54 mm
Wooden Base Length74 mm
Core TypeNone
Silicone typesType 01 / Type 05

33 × 58 × 52 mm indicates the physical pad dimensions. The usable print area depends on the artwork, pad compression and machine settings.

P20 for tagless printing

The P20 silicone printing pad transfers ink from the printing plate to the product. Suitability for textile neck labels, size markings and logos is assessed by considering fabric structure, print area, ink and fixture together.

Choose the silicone type and Shore hardness of this coreless parabolic model according to your product sample and production conditions. Its 33 × 58 mm body and 52 mm height must be checked against machine mounting and operating clearances.

MATERIAL & HARDNESS

Selected for your fabric and print.

Type 01 / Reddish Brown

A long-life silicone type suited to fast printing. Suitability is assessed with your fabric, ink and production speed.

Type 05 / Blue

A long-life silicone type for standard production. Suitable hardness and surface contact are established through trial printing.

Shore OO options

OO25 · OO30 · OO34 · OO38 · OO42

A hardness scale used for very soft materials.

Shore A options

A3 · A6 · A9 · A12 · A16 · A22

A hardness scale used for medium-hard materials.

Shore OO and Shore A are different hardness scales. Pad selection considers fabric, artwork, ink and fixture conditions together with dimensions.

Get technical support for P20.

Share your artwork, fabric sample and machine details. Let us select the appropriate silicone type and hardness together.

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PRODUCT-SPECIFIC TAGLESS PRINTING

Tagless Textile Printing with P20

P20 is a parabolic silicone printing pad measuring 33 mm wide, 58 mm long and 52 mm high. Suitability for the applications below is assessed using actual artwork, fabric and machine mounting. Body dimensions do not represent the usable print area.

Tagless printing on straps and elastic tapes

Small brand markings on bra straps or narrow elastic tapes need a positioning arrangement that supports the surface. Tape width and stretch inform plate detail and pad geometry. Logo legibility, repeat positioning and ink flexibility are tested before production.

Tagless printing on elastic

Fixed branding and symbols on underwear waistbands or textile elastic tapes can be assessed for pad printing. Fibre and coating structure and expected stretch determine the result. Prints are compared under tension and at rest, with adhesion and wash resistance checked on actual samples.

Tagless printing on boxer shorts

Brand, size and fixed product information can be pad printed inside a suitable waistband area on boxer shorts. The fixture must hold the print area flat, preventing elastic and seams from disturbing pad contact. Stretch during wear and washing conditions guide ink and drying selection.

Tagless printing on socks

Brand, size and fixed identification markings can be pad printed onto sock soles or suitable knitted areas. A positioning fixture supports consistent placement. Because the surface stretches and experiences friction, both initial appearance and results after washing are checked.

Tagless printing on gloves

Brand, size and fixed identification markings can be applied to suitable textile or synthetic glove surfaces. Different knits, coatings and textures require individual ink assessment. The print area is supported and samples are assessed for hand movement, friction and the product’s intended use.

Tagless printing on knitted fabric

The open, flexible structure of knitted fabric can make small text appear broken or blurred. Transfer is controlled using a fixture that holds the fabric evenly and suitable pad contact. Artwork detail, printing pressure and ink consistency are adjusted together and assessed through sample printing.

Tagless printing on elastane fabrics

Size and logo printing on elastane fabrics needs to follow stretch during use. A rigid or insufficiently flexible ink film may crack when deformed. Definition, adhesion and feel are checked under realistic tension and then assessed with the intended washing conditions.

Tagless printing on sportswear

Small brand markings and fixed identification information on sportswear can be assessed for pad printing. Polyester ratio, elastane content and exposure to perspiration or friction affect process selection. Artwork size and colour count are planned with the machine configuration and fixture.

Selecting P20 dimensions for tagless textile printing

The 33 mm × 58 mm body and 52 mm height of P20 are assessed together with the clearance around the artwork. Small-text placement, pad compression and fabric support are checked in the same trial. Suitability is established with the actual plate and product rather than the model number or external dimensions alone.

Mounting P20 for tagless fabric printing

The specified wooden base is 54 mm wide and 74 mm long; this model has no core. Compare these dimensions with the machine’s pad holder, mounting arrangement and operating clearance. The fixture is prepared considering seams or raised areas at the print position together with pad geometry.

P20 hardness for tagless printing on stretch textiles

P20 is available in Type 01 and Type 05 silicone with Shore OO and Shore A hardness options. Softness alone does not determine quality: deformation, fabric contact and ink release are assessed together. Numbers on different Shore scales cannot be compared as equivalent hardness values.

Tagless printing on pyjamas and loungewear

Size, brand and fixed care information can be printed inside a suitable neckline or waistband on pyjamas and loungewear. A flat support prevents fabric bunching. Softness requirements, small-text legibility and intended washing conditions are assessed together.

Tagless printing on thermal underwear

Size and brand information can be pad printed onto a suitable inner area of thermal underwear. Fabric stretch and surface structure affect adhesion and print feel. Samples are prepared for the intended use and washing conditions; drying settings also consider the fabric’s response to heat.

Tagless printing on woven tapes

Small logos, symbols or short fixed text can be considered for woven tapes. Tape width, raised weave and support beneath the print determine definition. Positioning the tape in a fixture maintains alignment during repeated printing; ink is selected using the actual surface.

Tagless printing on cut fabric pieces

Fixed brand, size or orientation markings can be printed onto cut fabric pieces before sewing. A cut edge or defined reference is used for positioning in the fixture. A production sample confirms that the print will not overlap subsequent seams or folds.

Tagless printing on finished fabrics

Softening, silicone or water-repellent finishes can change ink adhesion. Two fabrics with the same fibre content may print differently, so an earlier formulation is not assumed suitable. A sample from the intended batch is tested for ink spread, drying and durability.

Tagless printing on ribbed fabric

The grooves and stretch of ribbed fabric affect pad contact. Even support reduces unnecessary tension at the print position. Logo detail and text size are assessed against the texture, comparing the print in relaxed and stretched states.

Care symbols in tagless fabric printing

Fixed washing, drying and other care symbols can be pad printed onto suitable textile areas. Line thickness and spacing must remain legible at the selected size. Content follows the manufacturer’s approved product information, and the sample is checked before plate preparation.

Fibre content information in tagless printing

Fixed fibre composition and short product information can be printed inside a suitably sized neckline or garment area. Line count and text size are planned with the fabric texture. Plates and production records are organised by product to prevent mixing up text for different fabric blends.

Wash resistance in tagless textile printing

The ink’s specified drying and waiting time must be completed before assessing wash resistance. Temperature, detergent, drying method and cycle count are defined in advance. The original sample is compared with the washed print to assess adhesion, colour and preservation of fine detail.

Checking cracking on stretch textiles

Prints on elastic products should also be inspected under stretch. The sample is extended to reflect normal use and checked for cracking, lifting and distortion. The formulation is reassessed if ink flexibility or film thickness is unsuitable.

Small-text definition in tagless printing

Line thickness, letter spacing and fabric texture are assessed together for small size and care text. Plate quality, pad contact and ink consistency affect fine-detail transfer. Artwork is considered ready for production only after a sample at the actual print size has been checked for legibility.

Print positioning in tagless textile printing

A product-specific fixture supports repeatable printing by holding fabric in a consistent position. Support is adapted where seams, elastic or folds raise the print area. Fabric is held without excessive tension and the position of logos and information is compared across the first and subsequent products.

Drying in tagless textile printing

Drying and any curing conditions follow the ink series’ technical data sheet. Fabric heat response and available production time are considered together. A touch-dry print may not have reached its final resistance, so the required waiting time is also included in the process.