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Absorbent additives

3Dresyns absorbent additives — super-absorbent pastes (SAP1 Bio and SAP2) for resin conditioning 3DRESYNS · ABSORBENT ADDITIVES SUPER-ABSORBENT PASTES FOR RESIN CONDITIONING Choose by absorbent-paste route and conditioning goal WHICH ABSORBENT ROUTE DO YOU NEED? BIO ROUTE SAP1 3D-ADD SAP1 BIO Choose this for a bio-positioned absorbent paste. ALTERNATIVE ROUTE SAP2 3D-ADD SAP2 Choose this for the alternative absorbent paste. ⚠ Remember: these are absorbent conditioning additives — not standalone resins. Validate under your resin chemistry, additive loading & workflow. At-a-glance summary · full comparison table & product details on the page.

Absorbent additive solutions for resin workflow support, impurity management and stability-focused conditioning in advanced photopolymer processing.

3Dresyns® absorbent additives in this collection are positioned to support cleaner handling, storage improvement and more consistent resin behavior in use-case-dependent formulation and processing workflows.

Navigate by: absorbent paste route, sorption increase strategy and workflow-stability objective.

Absorbent-additive platform

This collection includes absorbent additive solutions developed for resin workflow support, impurity and stability management, and improved handling or storage behavior.

These products are intended for conditioning-oriented workflows where cleaner processing and more consistent printing outcomes are relevant technical goals.

Key features & benefits

Workflow navigation

Choose your absorbent additive route

Use the routes below to navigate the collection by absorbent-paste family and formulation-conditioning logic.

Material routes
Collection strengths
  • Absorbent additive solutions for resin workflow support.
  • Designed for impurity and stability management in use-case-dependent workflows.
  • Supports improved handling and storage behavior.
  • Helps enable cleaner processing and more consistent printing outcomes.

Typical applications

Application logic

Typical use scenarios across the collection

This collection is suitable for formulation and processing workflows where resin conditioning and stability are important operational goals.

  • Resin conditioning before printing: preparing materials for cleaner and more stable use.
  • Stability-focused workflows: supporting more controlled resin behavior during storage and processing.
  • Process troubleshooting support: helping address consistency-related workflow issues.
  • Storage and handling improvement: improving workflow robustness before or between print runs.
  • Specialized formulation optimization: adapting resin systems through absorbent-paste concepts where relevant.

Why choose this collection

Selection logic

How to choose the right absorbent additive

Select the most suitable route according to the absorbent-paste family and the intended conditioning or sorption-increase strategy.

Decision guide
  • Need the Bio absorbent-paste route → choose 3D-ADD SAP1 Bio
  • Need the alternative absorbent-paste route → choose 3D-ADD SAP2
Workflow preference
  • Prioritise the bio-positioned absorbent route → start with SAP1 Bio
  • Prioritise the alternative super-absorbent paste route → start with SAP2
Engineering rule

Decision tree summary

Use this simplified workflow logic before detailed validation.

Decision steps
  • Need a bio-positioned super-absorbent paste → SAP1 Bio
  • Need the alternative super-absorbent paste → SAP2

Then validate the final route under the intended resin chemistry, additive loading, storage conditions and printing workflow.

Products in this collection

Bio absorbent route

Bio super-absorbent paste

For workflows requiring an absorbent paste designed to increase sorption and support resin-conditioning strategies.

Product
Alternative absorbent route

Super-absorbent paste

For workflows requiring an alternative super-absorbent paste concept to increase sorption and support resin-conditioning objectives.

Product

Technical overview table

Workflow-dependent performance

Conditioning effect, impurity-management behavior and final consistency depend on the interaction between the selected absorbent paste, the resin system, the additive level and the overall storage or processing workflow.

Successful implementation therefore requires alignment between absorbent selection, resin-conditioning objective, process conditions and qualified printing workflow.

Material Core profile Main conditioning logic Typical behavior Typical positioning Target workflow
3D-ADD SAP1 Bio Super absorbent paste Increasing sorption of any 3Dresyn Supports resin conditioning, handling improvement and stability-focused workflow tuning Engineering and prototyping workflows needing cleaner and more consistent processing Resin conditioning before printing and stability-focused formulation support
3D-ADD SAP2 Super absorbent paste Increasing sorption of any 3Dresyn Supports impurity-management and conditioning strategies for more controlled workflows Engineering and prototyping workflows needing storage, handling or process optimization support Stability-focused workflows and specialized formulation optimization

Mobile: scroll horizontally to view all columns. The first column remains visible while scrolling.

Portfolio overview

Portfolio structure

A focused conditioning platform rather than a broad additives page

This collection is compact and clearly structured around two absorbent-paste routes designed for sorption increase and resin-conditioning support.

  • SAP1 Bio covers the bio-positioned super-absorbent route.
  • SAP2 covers the alternative super-absorbent route.
  • Together, they support cleaner processing, stability-oriented conditioning and workflow optimization.

Workflow note

System-based conditioning principle

The right absorbent route depends on the workflow objective, not only on the additive name

These materials are most useful when the resin-conditioning objective is defined first: whether the priority is stability management, cleaner handling, storage improvement or process troubleshooting support.

In practice, the correct route is to define the conditioning target first, then validate the absorbent paste under the intended resin chemistry and process conditions.

Technical and commercial support

Support framework

Documentation, technical selection help and workflow support

Use the resources below to move from absorbent-additive preselection to formulation discussion, process validation or broader technical support.

Support resources
Next step

Select the right absorbent additive and validate the final conditioning workflow

Use the route-based navigation above to identify the most relevant absorbent paste, compare candidates in the technical overview table, and move forward with workflow-specific validation for cleaner and more consistent resin processing.

Quick actions

Related functional-modifier routes

Catalogue navigation

Explore closely related 3Dresyns collections

Use these links to move between closely related material, process or formulation families in the 3Dresyns catalogue.

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