Dg-700 K57 PVC Resin Raw Material for Film Chemcial PVC Material PVC

• Feature: Carbide Based/Ethylene Based
• CAS No.: 9002-86-2
• Formula: (C2 H3cl)N
• Material: Polyvinyl Chloride/PVC
• Usage: General Plastics
• Plastic Properties After Heated: Thermoplastic Plastics
• Model NO.: PVC DG-700
• Plastic Forming Method: Extrusion
• Color: White
• Application: Industry
• Appearance: White Powder
• K Value: 57-59
• Package: 25kg Bag/ 1.2mt Bag
• Transport Package: Plastic
• Specification: 25kg bag
• Trademark: Tianjin Dagu
• Origin: China
• HS Code: 390410

Product Description

Shanghai Chemdo Trading Co., Ltd. is a professional company focusing on the export of plastic raw materials and degradable raw materials, headquartered in Shanghai, China. Chemdo has three business groups, namely PVC, PP and degradable.. The leaders of each department have about 15 years of international trade experience and very senior product upstream and downstream industrial chain relations. Chemdo attaches great importance to the partnership with suppliers and customers, and has been committed to serving our partners for a long time.

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Description:
Grade DG-700 is ethylene based Polyvinyl Chloride Resin with polymerization degree around 700, it corresponds to GB/T 5761-2018 SG-8. Its typical properties are with high appearing density, low oil absorbing rate and high hardness. Mainly used in production of hard boards, profiles, injection pipe fittings and PVC foamed floor.

Packaging:
Optional in 25kg, 600kg bag or 1200KG Jumbo bag.
 

No.	PROPERTIES	DG-700
		Classy Article	First Grade	Conforming Product
01	Polymerization Degree, P	651~750
02	K-value	57-59
03	Number of Impurity Particle, ≤	20	40	60
04	Volatile Matter and Moisture Content,% ≤	0.30	0.40	0.50
05	Apparent Density , g/mL	0.53-0.61
06	250μm Residual after sieve,% ≤	1.6
07	Number of Grain, /400c ≤	30	30	60
08	Plasticizer Absorbency Value of 100g PVC,%≥	12	-	-
9	Thermo Stability (160°C, 10min) , % ≥	75	70	70
10	Residual Chlore Thylene Content, pg/g  ≤	1	5	10
11	The trunk stream of time,s/400cm³	2.0~6.0