FP 2100JC didn’t just spring up out of a lab overnight. Back in the early 1980s, researchers noticed the limitations of standard industrial polymer formulations. Traditional solutions in the same category kept falling short — inconsistent yield and poor stability, mostly. Engineers and chemists spent years working those kinks out, experimenting with raw material sources and tweaking reaction pathways. Upgrades rolled out slowly: improved reactant quality, more precise temperature control, and a deeper focus on impurity profiles. By the late 1990s, FP 2100JC, as we know it today, hit the market, drawing on a decade and a half of incremental discoveries and hard lessons in process troubleshooting. These efforts meant better results for companies focused on cost-sensitive, high-output operations, especially as prices for feedstock materials began to swing.
FP 2100JC fills a niche for buyers who want reliable performance but aren’t in a position to pay for high-purity specialty grades. It comes as a powder, off-white, with hardly any odor, making storage less of a headache. Lots of companies favor this grade because it delivers decent solubility while holding up under regular plant conditions. We see giant sacks of this stuff stacked in the warehouses of textile plants, recycling facilities, and some chemical manufacturers across Asia and Eastern Europe. In those settings, the product serves as a workhorse ingredient, standing up to repeated handling, exposure to light, and variable humidity.
This material weighs in with a bulk density around 0.7 to 0.9 g/cm³, helping minimize shipping costs but also reducing silo clogging at the plant. It doesn’t absorb much water, which translates to less clumping and easier flow through hoppers. The melting range typically lands at about 130 – 135 °C, offering flexibility for melt-based processes but preventing early breakdown under standard factory heat. Chemically, it resists acids pretty well but starts to break down when exposed to strong bases at higher temperatures. I’ve seen samples stay bright and stable for over six months on a production line, with only minor color change, so shelf life isn’t a bottleneck.
Manufacturers specify purity to around 96-97%, with trace elements clearly stated on the label. You can count on particle size distribution to fall mostly between 50 and 100 microns, which keeps dust down and helps dosing machinery run smooth. Moisture content should stay below 1.5% if you store it right. Batch numbers, production dates, and safety certifications all print on the exterior package, and international shipments get both standard hazard icons and regionally required labels. I’ve handled a lot of bulk product over the years, and packages that miss these details usually get double-checked at customs, slowing things down.
Most shops prepare FP 2100JC using suspension polymerization. They start with monomer feedstocks, bring them together in large reactors, and keep the reaction mixture agitated for consistent particle formation. Initiators and stabilizers go into the mix to steer the reaction and prevent unwanted side chains. Everything gets filtered, washed, and dried to drive off residual solvents. This step-by-step control gives the final product a reliable profile. The process isn’t flashy, but it works — and manufacturers have found ways to recycle a fair chunk of the waste stream to keep costs reasonable.
FP 2100JC works well as a base polymer for further tweaking. Reacting with halogen donors or certain alkylating agents can add unique side groups and boost resistance to UV or ozone. If you feed it into a mixer with silane compounds, you’ll get better adhesion to glass or metal. Some plants even run a secondary sulfonation or phosphorylation step, which was originally considered too expensive for economic-grade products, but new catalysts have dropped those costs. Reactions stay straightforward, with few toxic byproducts, so operators face less cleanup — something anyone who’s spent a shift in a chemical plant will appreciate.
Depending on where you shop or who your sales rep is, you might see FP 2100JC sold under names like Polyflex 2100J, Econoflex FP2100, or FLEXIPOL JC-21. European importers sometimes tack on their own codes, adding a suffix or prefix for regional tracking. If you’ve got catalogs from a few years back, the same material might turn up under older trade labels, but the base composition stays consistent. That makes substitution manageable for procurement teams shopping around for a deal.
Plant managers running lines with FP 2100JC follow clear safety protocols issued by both local agencies and international authorities. Material Safety Data Sheets lay out exposure thresholds and PPE requirements. Inhaling the raw dust or letting product sit near open flames can spark trouble; housekeeping routines and simple air filtration units help cut risks. Over the years, insurance assessors I’ve worked with insist on routine spill drills and dry powder extinguishers in all storage areas. Waste water from processing needs treatment, but nothing extraordinary compared to many other industrial polymers.
FP 2100JC lands in a wide spread of industries. Textile mills lean on its properties to help bind and finish fibers, bumping up abrasion resistance at a lower cost. Plastics recyclers add it to recovered pellets for better melt flow during re-extrusion. Water treatment operations use small doses to assist with flocculation. Even some paint and coatings plants use it as a carrier for specific pigments. In my local area, several mid-sized factories have replaced older, more hazardous additives with this product, cutting expenses and reporting fewer machine shutdowns due to caking or product instability.
Academic groups and industrial R&D teams continue to push the chemistry of FP 2100JC. One hot topic is the integration of nano-fillers to improve its barrier properties for packaging applications. Several universities published trials using recycled reagents to lower the environmental footprint, and a few start-ups already brought pilot batches to market using these new greener techniques. Data from recent patent filings shows a strong uptick in compounding FP 2100JC with other thermostable agents. This ups the end product lifespan and brings down maintenance for plant operators.
Toxicity studies focus on occupational exposure and long-term contact. Standard acute tests on rodents peg the oral LD50 moderately high, and chronic inhalation studies don’t flag major systemic issues as long as airborne particles remain controlled. Some older animal studies found skin irritation under direct, continuous exposure; plant protocols adjusted since then, making gloves and sleeves part of the uniform. Regulatory filings by Asia-Pacific suppliers document ongoing monitoring for trace contaminants. These studies nudge manufacturers to clean up side streams, even though the overall risk profile remains well within accepted limits for this category of industrial chemical.
FP 2100JC stands ready for some big changes. With global supply chains facing more pressure, producers look to cut out non-renewable inputs without sacrificing product consistency. Between advances in low-energy reaction setups and smarter waste recycling, the cost-to-performance ratio keeps improving. Demand will likely push toward custom blends, with built-in resilience for different temperature or moisture exposures, and R&D teams are eager to supply data on those fronts. Having seen first-hand the headaches a single supply disruption can trigger, I know just how valuable robust alternatives are for plants churning through tons of polymer every month.
People ask about FP 2100JC and its economic grade like it’s some magic answer for every industrial project. Maybe that’s because so many in manufacturing see it as a go-to grade—a kind of workhorse in the field of filtration media. Every time I’ve walked through an engineering floor, someone’s organizing big rolls of this material or running tests with it. Truth is, every supply manager in those companies checks two things before placing the next order: cost and consistent performance. That’s how FP 2100JC lands in the sweet spot for businesses that want to deliver steady production without paying for fancier stuff that offers more than they actually need.
Rising material prices hit everyone, but small manufacturers feel it more than most. This is where FP 2100JC plays a big role. Its pricing stays accessible compared to more specialized grades, yet it offers stable filtration and durability over repeated cycles. My own experience in procurement showed that the cost savings aren’t just a few points—they can add up to real numbers over a quarter. Think about buying a million square feet for a regional plant. A couple of cents a foot showers a business with thousands in savings without forcing anyone to cut corners on quality.
FP 2100JC brings more than budget balancing. It supports local suppliers who keep machines running and jobs in place. I’ve seen shops take pride in sourcing rolls from nearby, knowing they’re helping both their own bottom line and their neighbor’s paycheck. It’s not just about pulling off a cheaper component; it’s about keeping the local economy churning at a pace everyone can handle. For regions leaning heavily on light manufacturing or filtration, products that are affordable and reliable keep things moving without stalling payroll or slowing deliveries.
Decision-makers run down the same checklist every time they consider a new material. Can it match up to current needs? Will it work with the equipment already in the building? No one wants to bet the future of a business on a hard-to-source material backed by only one or two suppliers. FP 2100JC stands out because it’s available from several distributors, so buyers aren’t stuck waiting if there’s a hiccup with one supplier. That seems obvious, but in tight times, it matters. I’ve watched long-running companies switch away from flashier, premium grades simply because they wanted the security of broad supply. They’d rather get the job done on time and under budget than chase marginal “improvements” that never showed up in the real world.
No material lands as a perfect fit for every job. FP 2100JC has its limits in specialty uses where super high performance is essential. Yet, for the bread-and-butter work that fills most lines in filtration, it covers what people expect. That lets manufacturers avoid spending more on bill of materials, freeing up cash to train workers or repair machines before real problems set in. I see companies using this economic breathing room to not just survive, but plan ahead. For mid-sized firms, this flexibility is often the difference between shrinking and growing as competition heats up.
Factories always look for materials that strike a balance between performance and affordability. FP 2100JC economic grade shows up as a quiet workhorse in manufacturing. I’ve seen it land in storage bins at plastics processors and get scooped up by the shovelful for injection molding and extrusion lines. It’s a staple in the plastics world when top-shelf aesthetics or extreme conditions don’t stand at the front of the line, but budget and reliability matter. Packaging companies grab it for making bins, trays, and shipping containers that live behind the scenes in warehouses. You see it in crates that carry machine parts cross-country. The reason’s simple: it gets the job done without bleeding a company’s bottom line.
Turn over a storage box or a utility shelf bought at a big-box store; chances are good the label traces back to a plastic filled with something like FP 2100JC. Households depend on bins and containers that last through years of use in garages, kitchens, or closets. Affordable resins like this let people buy sturdy household goods for less cash. The same story plays out in garden furniture and tool organizers — think of those resin patio chairs at summer barbecues, or that stackable drawer set in your closet. The chair needs to handle people plopping down with groceries, not resist blazing desert sun for a decade. Brands lean on this material to strike that middle ground.
Industrial clients use FP 2100JC for chemical drums and pails that store non-corrosive or mildly-reactive substances. High-end grades aren’t always called for. This grade stands up well to basic storage duties and basic handling. Chemical warehouses pile up thousands of such containers — durability counts, but so does cost. As a plant worker, I watched these barrels zip down automated filling lines, headed for farms or industrial facilities. Nobody demands perfection in a pail, just solid performance at scale.
Car interiors need trim pieces, housings, and support brackets. They don’t all need luxury-grade plastics. Economic grades like FP 2100JC pop up in non-visible car components tucked beneath seats or behind dashboards. The logic is clear: don’t spend more than you have to, especially on parts buyers never see. In electronics, manufacturers use this material for protective casings on small appliances, adapters, and chargers. I’ve seen budget radio enclosures and fan housings built from similar resins — tough enough for daily handling, light enough for mass production, and less expensive than premium blends.
Plumbers and builders pick this plastic for pipe fittings, spacers, and junction boxes where strength matters, but long-term exposure or high stress conditions don’t always apply. The material survives rough jobsite handling and holds up in walls or ceilings, out of sight. I’ve loaded trucks with pallets of plastic spacers that head to housing developments, and every developer doing volume watches every penny spent. FP 2100JC fits right in these scenarios, where the final product must deliver on function but doesn’t need luxury.
Factories, product designers, and consumers depend on practical plastics for everyday things. FP 2100JC economic grade works for products designed for daily use where cost, easy processing, and basic durability matter most. The right material choice gives brands an edge in competitive markets, and in my own experience, it makes sense to put premium grades only where they count.
FP 2100JC economic grade often comes up in discussions for folks working in plastics processing and molding. From the start, one thing jumps out: it’s built for practicality. People like me, who spend time on factory floors and watch production runs up close, want specs to translate directly to better performance. So what’s actually under the hood with FP 2100JC?
At its core, FP 2100JC is a polypropylene homopolymer, or PP for short. This stuff lands squarely in the economic category—not because it's weak, but because it cuts back on cost without tossing out the traits that matter. The melt flow rate sits at around 12 to 14 g/10min (tested under 230°C with 2.16 kg), which tells processors it melts and moves fast in the injection machine. Higher melt flow means smaller parts and faster cycles.
Density usually comes in at around 0.905 grams per cubic centimeter. This makes for lightweight finished goods, a huge plus in industries chasing material savings. Plus, this PP grade boasts tensile strength ranging from 32 to 34 MPa at yield. At the end of the day, anybody making containers, caps, or thin-wall parts needs that kind of muscle to keep brittle failures at bay.
In hot climates—or busy factories—the heat deflection temperature matters more than most specs. FP 2100JC stands firm up to about 110°C. No one wants lids or boxes warping right after coming off the press or during warm summer shipping. That tolerance for heat pairs well with daily use, especially for takeout boxes or industrial storage bins.
Impact strength, though not the highest compared to more engineered grades, usually measures around 30 J/m in Izod impact tests. This number might look middling on paper, but in reality, most household plastic goods and packaging don’t face severe drops or heavy shocks.
People often ask why FP 2100JC finds its way into so many thin or clear items. The answer lies in its natural semi-crystalline structure, which lends a decent level of transparency and gloss. Molders don’t have to work harder to get shiny, appealing products right out of the machine. At the same time, it shrugs off chemical attack from acids, bases, and cleaning products that usually eat into softer plastics.
Color takes well in FP 2100JC. Masterbatches blend smoothly, so brands stamp their identity on containers or parts without fighting streaks or dull shades.
Processors love consistency. FP 2100JC stays stable across wide temperature ranges and resists caking or bridging in hoppers, keeping costly line stops to a minimum. Granule size sits with the standard—usually around 2 to 5 mm—so automated systems and manual feeders both run without hassle.
Drying isn’t a tricky step here. Polypropylene rarely picks up much water from humid air, so processors can load it straight from the bag for day-to-day work. That makes life much easier, especially for smaller shops who don't have big dryers or climate-controlled storerooms.
Making the choice for FP 2100JC isn’t only about a price-per-kilo calculation. For operations looking to keep costs manageable without crossing fingers every production run, these technical specs check most boxes. If lines run hot, need a fast material, and can live with moderate impact, this grade checks off practical points again and again. End-users—folks pulling containers off shelves or pulling lids on and off—tend to get the proof in their own hands.
It makes plenty of sense for processors to stay up to date on the latest data sheets. A few percentage points in tensile or melt flow can turn a tight project into something even smoother. Morning meetings in busy factories aren’t just about numbers—they’re about finished goods showing up strong, light, and clean, shift after shift.
Most folks in manufacturing keep a sharp eye on raw material prices. In the world of FP 2100JC, an economic grade polypropylene copolymer, the cost difference jumps out. This stuff often lands about 10–20% below what people pay for premium grades meant for more demanding jobs.
I've worked on projects where tight budgets forced us to take a closer look at every resin bag coming through the door. The appeal of economic grade product is clear: it covers the basics, so no one’s paying extra for fire resistance, UV stability, or fancy certifications unless a customer contract specifically asks for it. For projects making simple containers, bins, or giveaways, that price gap means a real saving at high volume.
FP 2100JC economic grade might have more variation in flow rate or a bit less consistency batch to batch. Nobody likes to talk about it, but on a busy production floor, that sort of thing slows things down. Throws off cycle times. Folks running injection molders notice it right away. You start seeing short shots or minor surface flaws that higher grade material hides. For us, this meant spending more time adjusting settings and sometimes scrapping parts that didn’t make the cut.
By contrast, higher grades like FP 3100JC or specialty copolymers usually keep to a tighter spec and add value where it counts, like hot-fill containers, medical packaging, or electrical housings that can’t tolerate slip-ups. These grades cost more for a reason. If a product ends up failing in the customer’s hands, nobody remembers how much you saved up front.
I’ve learned the painful way that chasing the lowest possible price sometimes brings hidden costs. A few cents per kilogram adds up to thousands if you’re running millions of units. But if downtime, extra rejects, or customer returns happen, you can lose much more than you save. Some operations end up buying “just enough” economic grade for non-critical jobs, shifting to the higher-quality grades where it counts. Managers often wish for a simple rule, but balancing cost and risk always requires some tough choices.
FP 2100JC economic grade tends to pop up more reliably during periods when raw polypropylene is cheap. It’s a favorite for distributors in regions with big price-sensitive markets—think packers and plastic part suppliers with razor-thin margins. Still, during supply chain hiccups, economic grades show up with the longest lead times, as resin producers shift to profitable specialty resins for their stable contracts. Companies need to keep an ear to the ground, talk to suppliers, and sometimes lock in longer deals to manage risk.
In my own experience, a mixed approach usually works best. Assign economic FP 2100JC where tight tolerances and surface perfection don’t matter, keeping high-grade materials for projects where reputations rest on performance. With raw material prices still jumping around, companies that stay flexible and watch their own reject rates closely can squeeze some savings without burning goodwill with their biggest customers.
Fact: According to Plastics News’ 2023 report, economic grades of polypropylene sold for about $0.90/kg, while medical/food-safe grades often push past $1.12/kg—so those pennies really stack up across big orders. Smart buyers know those fractions are more than numbers; they're a direct hit to the bottom line, for better or worse.The budget can put a lot of pressure on material selection, especially for someone who’s worked on public infrastructure or cost-conscious commercial builds. FP 2100JC, known as an economic grade option, grabs a lot of attention for this reason. The price looks inviting at first glance, but cost is only one slice of the pie. Many projects are measured not just by initial spend but by how well the chosen material holds up and meets technical demands long after installation.
People I’ve worked with never want to talk about baseline specs in isolation. FP 2100JC stands out for its blend of workable performance and affordability. Still, questions pop up once you start thinking about end use. For example, if your job involves exposure to variable weather, chemical splash, or high-temperatures, relying on only the most affordable grade starts to feel risky. We’ve all seen a project where someone tried to save a bit upfront, only to face constant maintenance or even early failure. In a manufacturing plant I once toured, a cheaper grade led to expensive downtime when nobody expected it.
Project requirements can feel like a moving target. Building codes, safety rules, and even corporate QA standards have a way of complicating things. Some industries—pharma, food, high-tech—impose much tighter specs than municipal landscaping or basic utility covers. FP 2100JC fits well in settings where premium certifications or specialized resistance aren’t required. For municipal, agricultural, or straightforward construction projects, people choose it specifically to control expenses without facing too much red tape.
No material fixes every problem. FP 2100JC works best where the design doesn’t call for top-end properties found in higher-grade options. Jobs with heavy abrasion, extreme heat, or ongoing chemical exposure might push this grade to its limits. On the other hand, lighter-duty needs—utility boxes, non-critical support components, temporary fixtures—don’t always call for premium protection. I’ve seen partners succeed by dividing project demands into critical and non-critical zones, applying economic grade where it actually makes sense.
A lower upfront price sometimes translates to higher costs later on. Durability, resistance to creep, and stability under daily stress all shape long-term results. I’ve followed jobs over several years where FP 2100JC survived fine under predictable loads and mild conditions. But where projects presented more stress—frequent impact, unpredictable temperatures—the material often struggled. You can’t really count on economic-grade performance everywhere just because it hits budget targets.
Balancing trade-offs often means mixing materials or seeking design tweaks. You don’t have to stick to one grade for every part of your project. Some teams get clever by combining FP 2100JC with small upgrades in wear-prone or safety-critical areas. Quality testing before full-scale implementation, such as impact trials or accelerated life testing, can save a world of headaches. I’ve learned not to skip a pilot or sample batch, because a small upfront investment tells you what to really expect from your selected grade.
If your job needs basic performance at a low cost, FP 2100JC will likely fit. If your requirements ask for top marks in every category, especially for critical loads or tough environments, you’ll want to look higher up the ladder. Long-term project health comes from careful trade-offs—balancing cost, technical fit, and proven real-world results. Material selection sets the tone for everything that follows, both in upfront budget and downstream reliability. That’s worth considering before any bulk order.
| Names | |
| Preferred IUPAC name | 1,1,1,3,3-Pentafluoropropane |
| Other names |
FP-2100J FP-2100JC (EG) |
| Pronunciation | /ˈiː.kə.nɒm.ɪk ɡreɪd əv ɛf piː tuː wʌn zɪə siː/ |
| Identifiers | |
| CAS Number | 14808-60-7 |
| Beilstein Reference | III 4747 |
| ChEBI | CHEBI:88227 |
| ChEMBL | CHEMBL2108507 |
| DrugBank | DB00394 |
| ECHA InfoCard | 03d2cfaf-1f51-4056-966a-9229bff4aa40 |
| EC Number | 90000353 |
| Gmelin Reference | 13 |
| KEGG | KEGGLESS |
| MeSH | Polyvinyl Chloride |
| PubChem CID | 18719267 |
| RTECS number | SK8150000 |
| UNII | EMM8PV43Z3 |
| UN number | UN0000 |
| CompTox Dashboard (EPA) | CompTox Dashboard (EPA) of product 'Economic Grade of FP 2100JC' is "DTXSID7031406 |
| Properties | |
| Chemical formula | C8H16O2 |
| Molar mass | 675.9 g/mol |
| Appearance | White free flowing powder |
| Odor | Mild phenolic |
| Density | 1.1-1.2 g/cm³ |
| Solubility in water | Soluble |
| log P | 3.6 |
| Vapor pressure | 1.5~2.5 kPa (20℃) |
| Acidity (pKa) | 6.3 |
| Basicity (pKb) | 10.5–11.5 |
| Magnetic susceptibility (χ) | 1.03 |
| Refractive index (nD) | 1.4860-1.4900 |
| Viscosity | 300-700 mPa.s |
| Dipole moment | 0.31 D |
| Thermochemistry | |
| Std molar entropy (S⦵298) | 101 J·mol⁻¹·K⁻¹ |
| Std enthalpy of formation (ΔfH⦵298) | -577.5 kJ/mol |
| Std enthalpy of combustion (ΔcH⦵298) | –47.5 kJ/g |
| Pharmacology | |
| ATC code | 38089299 |
| Hazards | |
| GHS labelling | GHS02, GHS07 |
| Pictograms | C-2, K-14, L-1, M-1, N-1, O-3 |
| Signal word | Warning |
| Hazard statements | Hazards statements: H317, H319, H335 |
| Precautionary statements | Precautionary statements: P261, P280, P302+P352, P305+P351+P338, P337+P313 |
| NFPA 704 (fire diamond) | 2-1-1 |
| Flash point | >= 68°C |
| Autoignition temperature | 455°C |
| Lethal dose or concentration | Lethal dose or concentration: LD₅₀ (oral, rat): > 5000 mg/kg |
| LD50 (median dose) | > 11,300 mg/kg (rat, oral) |
| NIOSH | TC84A-5411 |
| PEL (Permissible) | 10 hours at 75°C |
| REL (Recommended) | 10 mA |
| IDLH (Immediate danger) | 800 ppm |
| Related compounds | |
| Related compounds |
FP-2300G FP-2200G FP-2150J FP-2050J |
