What is material deformulation, and which materials can be deformulated?
Material deformulation starts with an industrial sample
Material deformulation is analytical work that separates and identifies supported components of a finished material, also called formulation analysis or reverse engineering of a formulation. We describe what the submitted material supports, using chemical families where a precise compound identity cannot be established. Here we explain the material categories and starting process; the broader result boundaries are in what deformulation can tell you.
From declaration to an interpreted report
We begin with your product description, actual form, SDS, photographs and analytical question, then review the declaration before accepting any shipment. After review, the quotation and agreement come before payment and an acceptance number; shipment follows the acceptance number and instructions. Depending on the sample, we may combine LC-MS/MS, GC-MS and ICP-MS, with analysts interpreting the evidence together rather than treating an isolated signal as the formula. We deliver an English PDF with conclusions, supporting data and unresolved limits; report contents explains what a comprehensive deformulation report contains.
Bonding, coating and printing materials
For adhesives and sealants, the component question centers on binder, filler and the retained bonding system. For hot melts, the polymer, tackifier and wax balance frames the supplied-solid question. For tapes and labels, specify whether the adhesive, backing or release layer is the target. For silicone sealants, the cured polymer, filler and retained crosslinking clues define the specimen question.
For coatings, binder and inorganic ingredients are interpreted against the submitted wet or cured state. For powder coatings, the resin and curing-agent pair is a separate formulation question. For UV coatings and inks, distinguish reactive starting ingredients from the surviving cured chemistry. For anticorrosive primers, retained protective pigments accompany the binder and filler question.
For printing inks, distinguish colorant, binder and vehicle from the chemistry of a dried print. For toner and water-based inkjet ink, a formulated powder and an aqueous ink require different component questions. For waterborne paint, we focus on binder, coalescent and the smaller additive package. For polymer emulsions, the binder supply and its surfactant and solids basis are the target.
Polymers, concentrates and processing ingredients
For rubber compounds, the elastomer, filler, protective ingredients and cure system form the component map. For plastics and masterbatch, define whether the target is a pellet, concentrate or new article. For TPE compounds, the polymer family, oil and filler questions accompany rubber-like behavior. For flexible PVC, plasticizers and stabilization chemistry matter beyond identifying the PVC itself.
For polyurethane materials, the cured structure can support soft-segment and additive clues. For flame-retardant systems, organic, inorganic and synergist contributions remain distinct from burning performance. For wire and cable compounds, identify the insulation or jacket layer before combining ingredient findings. For surfactant blends, the active families, carrier and related molecular distributions define the industrial blend.
For color-masterbatch dilution, carrier and coloring-fraction estimates need a stated dilution basis. For additive masterbatch, distinguish the active package from its carrier and approximate loading. For masterbatch wax, supported wax-family chemistry does not identify a commercial granular grade. For release agents, distinguish the supplied active system from a deposited or transferred layer.
Construction, industrial auxiliaries and assembly materials
For concrete and cement additives, identify the product function before comparing the organic and mineral ingredients. For construction chemicals, polymer and mineral contributions differ between waterproofing products, adhesives and mortars. For water-treatment blends, this service addresses inhibitor and dispersant chemistry rather than every treatment product. For textile, leather and paper auxiliaries, distinguish the active chemistry from the carrier and emulsifying system.
For cleaners and grease, unused products pose different questions from spent material. For new lubricating grease, we focus on thickener, oil-family and additive chemistry. For solder paste and flux, separate the metal contribution from the organic vehicle. For cured epoxy, the reacted resin, hardener clues and filler describe a changed network.
For thermal and conductive materials, the matrix and filler questions depend on the targeted interface. For dry electrode coatings, the binder and retained additives are interpreted separately from the metal collector.
A material category is not shipping approval
Each actual sample needs declaration review, and unlisted products or uncertain receipt boundaries are reviewed case by case after declaration. Solvent-based and other non-water-based liquids are not received from overseas as supplied; declare the product, then propose a cured film or solids fraction where appropriate. Used goods, waste and scrap cannot be received from overseas, including spent industrial fluids and used grease. Food, cosmetic and personal-care products are outside this industrial page; drugs, pharmaceutical ingredients and pesticides are not accepted from overseas.
How to start
We review overseas industrial samples before acceptance. Use our industrial analysis page and sample-shipping guide to prepare your declaration. Our reports are research-grade analytical reports from a laboratory that is not accredited. They cannot be used for product registration or legal proceedings.
FAQ
Is material deformulation the same as an exact recipe?
Material deformulation provides supported component identities and semi-quantitative estimates, not a guaranteed exact manufacturing recipe or every original processing step.
What should the first inquiry contain?
Describe the industrial product, actual form, SDS, photographs and the material question, identifying any reference and candidate samples before planning shipment.
Does a listed topic mean my sample is accepted?
A linked material topic explains an analytical question; receipt still depends on the actual sample form, contents and declaration review.
Will the report be in English?
We deliver an English PDF explaining supported conclusions, analytical data and what could not be determined about the received material.