Synscrub

Synscrub

Micro Powders Inc.

Test Data Available

Synscrub products are produced from high molecular weight synthetic wax. Synscrubs are designed for use as economical non-irritating scrub and exfoliating agents. Synscrub 164S and Synscrub 164SF have a spherical particle shape that allows it to gently roll across the skin. Synscrub 20PC and Synscrub 50PC have an irregular particle shape which produces the same high performance as commonly used irregular particle shape polyethylene powders. The synthetic wax used in Synscrub products is biodegradable, which makes Synscrub products economical and effective as well as environmentally friendly replacements for microbead exfoliating powders.

Origin(s): Petrochemical

Functions

  • Exfoliant
  • Feel Enhancer

Claims

Hair Care
  • Natural
Skin/Body
  • Exfoliating
  • Feel
Color Cosmetics
  • Feel
  • Natural
Oral Care
  • Natural
Fragrance
  • Natural
Sun Care
  • Natural
{cbrProduct.recommended_use_level_max=*** NULL ***, cbrProduct.product_media_low=*** NULL ***, supplier.supplier_enabled=true, cbrProduct.featured=false, cbrProduct.ph_min=*** NULL ***, supplier.company_brochure=6783, cbrProduct.company_id=3691, dir=CBR, supplier.skin_buyer=false, cbrProduct.create_date=May 30, 2014 08:55 AM CDT, cbrProduct.recommended_use_level_min=*** NULL ***, supplier.gci_supplier=true, supplier.cbr_legacy_id=SUPMICR, supplier.cbr_buyer=true, supplier.origin_directory=G, supplier.created_by=*** NULL ***, supplier.bold_listing=false, supplier.comments=*** NULL ***, supplier.companyLogoLowProduct=6784, supplier.blacklist=, cbrProduct.test_data_available=false, cbrProduct.trade_name=Synscrub, cbrProduct.created_by=*** NULL ***, supplier.id=3691, cbrProduct.description=Synscrub products are produced from high molecular weight synthetic wax. Synscrubs are designed for use as economical non-irritating scrub and exfoliating agents. Synscrub 164S and Synscrub 164SF have a spherical particle shape that allows it to gently roll across the skin. Synscrub 20PC and Synscrub 50PC have an irregular particle shape which produces the same high performance as commonly used irregular particle shape polyethylene powders. The synthetic wax used in Synscrub products is biodegradable, which makes Synscrub products economical and effective as well as environmentally friendly replacements for microbead exfoliating powders. , supplier.aptify_id=617, supplier.company_logo_low=6784, cbrProduct.allow_sample_requests=false, supplier.abbreviation=*** NULL ***, supplier.company_photo_low=*** NULL ***, supplier.company_id=3691, cbrProduct.use_level_min=*** NULL ***, supplier.registration_page=*** NULL ***, supplier.skin_supplier=false, supplier.company_name=Micro Powders Inc., cbrProduct.msds=*** NULL ***, supplier.primary_user_id=75574, supplier.ffm_legacy_id=*** NULL ***, supplier.status=A, supplier.gci_legacy_id=404, supplier.ffm_supplier=false, cbrProduct.use_level_max=*** NULL ***, supplier.company_photo_hi=*** NULL ***, cbrProduct.status=A, cbrProduct.product_id=22268, supplier.sort_name=Micro Powders Inc., supplier.ffm_buyer=false, supplier.company_logo_hi=6782, cbrProduct.sort_name=Synscrub, supplier.description=Micro Powders’ natural and synthetic powders can enhance performance and aesthetics in color cosmetics and care products that protect, cleanse and beautify. From our extensive portfolio of spherical, irregular and colored exfoliants, to our multifunctional ultrafine powders, we help formulators add unique features to delight their customers. Visit our website to learn more about our two new additions to the “Color By Nature” product family, with fully natural aqua blue and seafoam green exfoliants., supplier.cbr_supplier=true, cbrProduct.product_media_hi=*** NULL ***, cbrProduct.product_brochure=*** NULL ***, cbrProduct.company_name=Micro Powders Inc., supplier.last_updated=November 05, 2021 12:00 PM CDT, supplier.gci_buyer=true, supplier.buyer_access_code=*** NULL ***, supplier.primary_contact_id=7024, cbrProduct.ph_max=*** NULL ***, supplier.skin_legacy_id=*** NULL ***, supplier.create_date=February 24, 2009 18:15 PM CST}