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ੜ෼ղ όΠΦϚεϓϥενοΫϘϧτ PC
PC
%ϓϦϯτ
Biodegradable Plastics & Biomass Plastics Bolt
ैདྷͷϓϥενοΫͱಉ౳ͷػೳΛ࣋ͪͭͭɺ؀ڥΛߟྀͨ͠৽͍͠ܗͷथࢷϘϧτͰ͢ɻ
The new environmental-friendly plastic bolts have the same functionality of traditional plastics. PPS
ग़ྗ
PPS
ੜ෼ղੑϓϥενοΫϘϧ τ Biodegradable Plastics Bolt
3D Printing RENY
® ϙϦάϦίʔϧࢎ 1(" थࢷ
RENY
TypeA/KUREDUX
ߴ͍ΨεόϦΞੑೳ 1&&,΍114ΑΓ༏Εͨ଱ຎ໣ੑΛ࣋ͭɻ
It has better wear and abrasion resistance than PEEK or PPS ࢼ࡞඼ɺখϩοτͷ෦඼ͳͲɺ %ϓϦϯλΛ࢖ͬͨ଄ܗΛ
ߴڧ౓ PEEK
1&&,ͱಉ౳ͷڧ౓ΛތΓΨεόϦΞੑ͸τοϓΫϥεɻ ঝΓ·͢ɻ1$ʢϙϦΧʔϘωʔτʣɺ"#4ɺ"4"ɺ1"
Same strength as PEEK, and best performance as a gas-barrier.
PEEK
ߴᯰੑ ʢ φΠϩϯʣͳͲͷࡐྉʹରԠ͕ՄೳͰ͢ɻ
ίϯϙετ಺ʹͯ έ݄ఔ౓์ஔ͢Δ͜ͱʹΑΓ෼ղ͕࢝·Δɻ We support 3D printer modeling such as prototypes and small lot
Decomposition starts about one month after putting in a composter. parts. Materials such as PC (polycarbonate), ABS, ASA, PA12
(12 nylon) can be used. ઐ༻޻۩
ઐ༻޻۩
όΠΦϚεϓϥενοΫϘϧ τ Biomass Plastics Bolt
଱೤ϙϦΞϛυथࢷ PVDF
TypeB/XecoT™(GF30%)
ສೳࢼݧػ
PVDF
ߴ଱೤ੑ थࢷͷதͰ΋τοϓΫϥεͷ଱೤ੑΛތΓ ˆͷ೤Ͱ΋มԽ͠ͳ͍ɻ
One of the highest heat resistance polymers, it remains unchanged even at 300 celsius.
ߴڧ౓ *OTUSPO
1&&,ͱಉ౳ͷڧ౓͔ͭٵਫੑ͕௿͍ͨΊܗঢ়มԽ͕͠ʹ͍͘ɻ ࢼݧ૷ஔ
Same strength as PEEK, also resistant to shape change due to low water absorption. PP
௿ٵਫੑ 5969
PP
২෺ࢿݯ༝དྷݪྉ͔Βੜ੒͞Ε͍ͯΔͨΊ஍ٿ؀ڥͷෛՙ͕ܰݮɻ Ҿுɾѹॖࡐྉࢼݧػ
Made from plant-based raw material and environmental impact is low.
Ұཡ ʢൈਮʣ PFA
PFA
Test Equipment List
όΠΦϚεϓϥενοΫϘϧ τ Biomass Plastics Bolt
ϙϦΞϛυथࢷ.9%
TypeC/RENY(GF60%)
ߴڧ౓ ߴ͍ڧ౓ͱ஄ੑ཰ΛތΔͨΊʹۚଐͷ୅ସࡐྉͱͯ͠΋༻͍ΒΕΔɻ PTFE
Used as substitute of metal materials due to high physical strength and modulus of elasticity
PTFE
଱༉ੑ 1$ τϧΫΞφϥΠβʔ ͹Ͷࢼݧػ
ՙॏͨΘΈԹ౓͕ߴ͘߹ۚͱಉఔ౓ͷઢ๲ு཰ΛތΔɻ
High deflection temperature under load, and similar linear expansion coefficient as alloy.
଱೤ੑ ϕΫτϦοΫε ೔ຊܭଌγεςϜ PVC
২෺ࢿݯ༝དྷݪྉ͔Βੜ੒͞Ε͍ͯΔͨΊ஍ٿ؀ڥͷෛՙ͕ܰݮɻ
PVC
Made from plant-based raw material and environmental impact is low. TRQ-0.5ACU PRO-10
୎্খՙॏλΠϓͷ
TRQ-5AGU
͹ͶѹॖҾுࢼݧػ PA
Ͷ͡ΓഁஅτϧΫ Torsional rupture torque ୯Ґ Unit N•m ҾுഁஅՙॏɹTensile rupture force ୯Ґ Unit N
PA
छྨ Kind Type A Type B Type C छྨ Kind Type A Type B Type C TRQ-20AGU
KUREDUX™ Xecot™ RENY KUREDUX™ Xecot™ RENY
Ͷ͡కΊτϧΫࢼݧɾ
ੑ࣭ Character ੜ෼ղੑ όΠΦϚεੑ όΠΦϚεੑ ੑ࣭ Character ੜ෼ղੑ όΠΦϚεੑ όΠΦϚεੑ
ղੳγεςϜ
ڧ౓஋ Strength value 2.106 1.274 2.712 ڧ౓஋ Strength value 2030 1269 2694 POM
POM
ɾ ্ه͸࿡֯Ϙϧτ. Ͱͷࢼݧ݁ՌͰ͢ɻɹɾ දதͷ਺஋͸ࢀߟ஋Ͱ͋Γอূ஋Ͱ͸͋Γ·ͤΜɻ
ը૾ଌఆػ 9ઢ$5 93$5
XecoT TY 9FDP5͸φΠϩϯܥόΠΦϚεϓϥενοΫͰ଱೤ੑʹ༏Εɺ PS
؀ڥʹ΋༏͍͠ϓϥενοΫͰ͢ɻߴԹ؀ڥͰͷ݁ଋʹ࠷ద ΩʔΤϯε ίϜεΩϟϯςΫϊ
PS
θίοτʗ݁ଋόϯυ
Xecot / Cable Tie Ͱ͢ɻɹ࿈ଓ࢖༻Թ౓ɿ ˆ
IM-6020 ScanXmate-
ಁաམࣹর໌ରԠͷ CERAMIC
L080H
ը૾ੇ๏ଌఆػ
ಋిੑɾଳి๷ࢭथࢷʢ&4%ʣ ର৅෺ΛඇഁյͰ
CERAMIC
ಁࢹͰ͖Δ؍࡯૷ஔ
Conductive Plastic (Electro Static Discharge) PI
PI
੩ిؾ͕ଳి͢Δ͜ͱΛ๷ࢭͰ͖ΔࡐྉͰ͢ɻ༻్ɿϗίϦ΍ਖͷ෇ணΛ๷͙ɺ੩ి
ؾ์ిʹΑΔిࢠػثͷޡ࡞ಈ΍޻৔Րࡂɺ൒ಋମ΢ΤϋʔͷଛইΛ๷͙౳ͷର ΤωϧΪʔ෼ࢄܕܬޫ ϑʔϦΤม׵੺֎෼ޫ ϓϥ͹Ͷ
ࡦʹ࢖༻ՄೳͰ͢ɻࡐ࣭ɿ1&&, ϙϦΤʔςϧΤʔςϧέτϯ ϐʔΫ ͕த৺Ͱ͢ 9ઢ෼ੳ૷ஔ &%93' ޫ౓ܭ '5*3
ϓϥ͹Ͷ
͕ɺͦͷଞࡐ࣭΋ରԠՄೳͰ͢ɻ੡඼੡଄ํ๏ɿࣹग़੒ܗɺ੾࡟Ճ޻ٴͼϓϨεͰͷ ౡ௡੡࡞ॴ ౡ௡੡࡞ॴ
छྨ Kind PEEK ESD PEEK
ଧͪൈ͖ʹରԠ͓ͯ͠Γ·͢ɻ ઃɹඋ
ද໘ిؾ఍߅ EDX-7000 IRTracer-100
αʔϏε
This material can prevent static electricity charging. Surface electric resistance /Bʙ6·Ͱͷݩૉ෼ੳػ ༗ػ෺ͷఆੑ෼ੳػ
ΦʔμʔϝΠ υ
Use : It is possible to solve problem such as prevent adhesion of dust, malfunction of electric device, Ҿுഁஅՙॏ 1776 1670
factory fire and damage of semiconductor wafer due to static electricity. Tensile rupture force(N) ٕज़ࢿྉ ࡐ࣭
Material: PEEK(Polyether ether ketone) is mainly using but please contact us other material. Ͷ͡ΓഁஅτϧΫ 1.95 2.26 ɾ
ࡐ࣭
ɾ
Product manufacturing method: Injection molding, machining, stamping are available. Torsional rupture torque(N•m)
ٕज़ࢿྉ
⾣⾣⾣71 72 ⾣⾣⾣